阅读说明：本技术 信息上报方法、数据传输方法、用户设备及网络侧设备 (Information uploading method, data transmission method, user equipment and network side equipment ) 是由 陈晶晶 张晓然 侯雪颖 李男 于 2018-08-08 设计创作，主要内容包括：本发明提供了一种信息上报方法、数据传输方法、用户设备及网络侧设备,属于通信技术领域。信息上报方法,应用于用户设备,包括：向网络侧设备上报重传次数信息。本发明的技术方案中,用户设备可以向网络侧设备上报重传次数信息,使得网络侧设备能够采用合理的重传次数发送下行数据。(The present invention provides a kind of information uploading method, data transmission method, user equipment and network side equipments, belong to field of communication technology.Information uploading method is applied to user equipment, comprising: report number of retransmissions information to network side equipment.In technical solution of the present invention, user equipment can report number of retransmissions information to network side equipment, and network side equipment is enabled to send downlink data using reasonable number of retransmissions.)

1. a kind of information uploading method, which is characterized in that be applied to user equipment, comprising:

Number of retransmissions information is reported to network side equipment.

2. information uploading method according to claim 1, which is characterized in that the number of retransmissions information is downlink data Number of retransmissions information.

3. information uploading method according to claim 2, which is characterized in that described to report number of retransmissions to network side equipment Before information, the method also includes:

It is determined according to down channel quality and completes the number of retransmissions information that downlink data demodulation needs；Or

The number of retransmissions information is determined according to the threshold bit error rate of demodulation physical downlink control channel PDCCH.

4. information uploading method according to claim 2, which is characterized in that described to report number of retransmissions to network side equipment Information comprises at least one of the following:

According to the number of retransmissions information of acquisition and the mapping relations of bit information, determination is corresponding with required number of retransmissions information The bit information is reported to the network side equipment by bit information；

The scrambling mode or modulation coding scheme used by transmission upstream data is by the number of retransmissions information reporting to described Network side equipment；

It is reported to network side equipment and completes the number of retransmissions information that downlink data demodulation needs.

5. information uploading method according to claim 4, which is characterized in that the number of retransmissions information include it is following at least It is a kind of:

The user equipment completes the number of retransmissions that downlink data demodulation needs；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the number of retransmissions that upstream data uses Multiple proportion；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the number of retransmissions that upstream data uses Size relation；

The user equipment completes the number of retransmissions range that downlink data demodulation needs；

The user equipment determines actually located coverage area by down channel quality.

6. information uploading method according to claim 5, which is characterized in that the size relation includes following one kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs and is less than the number of retransmissions that transmission upstream data uses, The number of retransmissions that the user equipment completes downlink data demodulation needs belongs to determining according to Reference Signal Received Power RSRP Coverage area；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the number of retransmissions that transmission upstream data uses, The user equipment completes the number of retransmissions that downlink data demodulation needs and belongs to the coverage area determined according to RSRP；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the number of retransmissions that transmission upstream data uses, The user equipment completes the number of retransmissions that downlink data demodulation needs and exceeds the coverage area determined according to RSRP.

7. information uploading method according to claim 3, which is characterized in that

The down channel quality is determined by Signal to Interference plus Noise Ratio SINR.

8. a kind of data transmission method, which is characterized in that be applied to network side equipment, comprising:

Receive the number of retransmissions information of user equipment to report.

9. data transmission method according to claim 8, which is characterized in that the number of retransmissions information is downlink data Number of retransmissions information.

10. data transmission method according to claim 9, which is characterized in that the re-transmission for receiving user equipment to report After number information, the method also includes:

Downlink data transmission is carried out according to the number of retransmissions information.

11. data transmission method according to claim 9, which is characterized in that the re-transmission for receiving user equipment to report Before number information, the method also includes:

The mapping relations of number of retransmissions information and bit information are sent to the user equipment.

12. data transmission method according to claim 11, which is characterized in that described send to the user equipment retransmits The mapping relations of number information and bit information include:

The mapping relations of number of retransmissions information and bit information are sent to the user equipment by system message；Or

It is closed by radio resource control RRC signaling to the mapping that the user equipment sends number of retransmissions information and bit information System.

13. a kind of user equipment, which is characterized in that including processor and transceiver,

The transceiver is used to report number of retransmissions information to network side equipment.

14. user equipment according to claim 13, which is characterized in that the number of retransmissions information is the weight of downlink data Pass number information.

15. user equipment according to claim 14, which is characterized in that

The processor, which is used to be determined according to down channel quality, completes the number of retransmissions information that downlink data demodulation needs；Or

The number of retransmissions information is determined according to the threshold bit error rate of demodulation physical downlink control channel PDCCH.

16. user equipment according to claim 14, which is characterized in that

The processor is specifically used for according to the number of retransmissions information of acquisition and the mapping relations of bit information, determining and required The corresponding bit information of number of retransmissions information；

The transceiver is specifically used for executing following at least one:

The bit information is reported to the network side equipment；

The scrambling mode or modulation coding scheme used by transmission upstream data is by the number of retransmissions information reporting to described Network side equipment；

It is reported to network side equipment and completes the number of retransmissions information that downlink data demodulation needs.

17. user equipment according to claim 16, which is characterized in that the number of retransmissions information includes following at least one Kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the number of retransmissions that upstream data uses Multiple proportion；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the number of retransmissions that upstream data uses Size relation；

The user equipment completes the number of retransmissions range that downlink data demodulation needs；

The user equipment determines actually located coverage area by down channel quality.

18. user equipment according to claim 17, which is characterized in that the size relation includes following one kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs and is less than the number of retransmissions that transmission upstream data uses, The number of retransmissions that the user equipment completes downlink data demodulation needs belongs to determining according to Reference Signal Received Power RSRP Coverage area；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the number of retransmissions that transmission upstream data uses, The user equipment completes the number of retransmissions that downlink data demodulation needs and belongs to the coverage area determined according to RSRP；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the number of retransmissions that transmission upstream data uses, The user equipment completes the number of retransmissions that downlink data demodulation needs and exceeds the coverage area determined according to RSRP.

19. user equipment according to claim 15, which is characterized in that

The down channel quality is determined by Signal to Interference plus Noise Ratio SINR.

20. a kind of network side equipment, which is characterized in that including processor and transceiver,

The transceiver is used to receive the number of retransmissions information of user equipment to report.

21. network side equipment according to claim 20, which is characterized in that the number of retransmissions information is downlink data Number of retransmissions information.

22. network side equipment according to claim 21, which is characterized in that

The transceiver is also used to carry out downlink data transmission according to the number of retransmissions information.

23. network side equipment according to claim 21, which is characterized in that

The transceiver is also used to send the mapping relations of number of retransmissions information and bit information to the user equipment.

24. network side equipment according to claim 23, which is characterized in that

The transceiver is specifically used for sending number of retransmissions information and bit information to the user equipment by system message Mapping relations；Or

It is closed by radio resource control RRC signaling to the mapping that the user equipment sends number of retransmissions information and bit information System.

25. a kind of information uploading method, which is characterized in that be applied to user equipment, comprising:

The first information is reported to network side equipment, the first information indicates down channel quality measurement.

26. information uploading method according to claim 25, which is characterized in that the first information includes N number of information list Member, wherein first information cell attribute, which does not measure, reports；Second information unit is to the second information of N information cell attribute, N Integer greater than 1.

27. information uploading method according to claim 25, which is characterized in that the first information includes following information It is at least one:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

28. information uploading method according to claim 26, which is characterized in that described to report the first letter to network side equipment Before breath, the method also includes:

The number of repetition information of physical downlink control channel transmission is determined according to down channel Signal to Interference plus Noise Ratio SINR；Or

The number of repetition information is determined according to the bit error rate of physical downlink control channel PDCCH.

29. information uploading method according to claim 26, which is characterized in that described to report the first letter to network side equipment Breath comprises at least one of the following:

The downlink channel quality information is reported to the network side equipment by the decoding process of upstream data；

Under the scrambling mode and/or modulation coding scheme that are used by transmission upstream data and/or running time-frequency resource position will be described Row channel quality information is reported to the network side equipment；

Downlink channel quality information is reported to network side equipment, which is characterized by bit field mode；

Downlink channel quality information is reported to network side equipment by the+the four information mode of third information, the third information is logical Cross the partial information of bit-wise indicating downlink channel quality, the scrambling mode that the 4th information is used by sending upstream data And/or the remainder information of modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Downlink channel quality information is reported to network side equipment by the+the five information of third information, the third information passes through ratio The partial information of special formula formula indicating downlink channel quality, the 5th information are believed by the decoding process recessiveness indicating downlink of upstream data The remainder information of road quality.

30. information uploading method according to claim 26, which is characterized in that described to report the first letter to network side equipment Before breath, the method also includes:

Obtain the mapping relations of downlink channel quality information and bit information that network issues；Or

Obtain the mapping relations of downlink channel quality information and bit information as defined in agreement；Or

Determine the mapping relations of downlink channel quality information and bit information.

31. information uploading method according to claim 27, which is characterized in that the repetition of the Physical Downlink Control Channel Number includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

32. information uploading method according to claim 25, which is characterized in that the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

33. information uploading method according to claim 27, which is characterized in that the repetition of the Physical Downlink Control Channel The relationship for the NPRACH number of repetition that number is attempted with each random access comprises at least one of the following:

The difference relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The multiple proportion for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted.

34. information uploading method according to claim 33, which is characterized in that the repetition of the Physical Downlink Control Channel The difference relationship for the NPRACH number of repetition that number is attempted with each random access includes:

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is less than the NPRACH number of repetition that each random access is attempted；Or

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is greater than the number of repetition of second indication information instruction.

35. information uploading method according to claim 33, which is characterized in that the repetition of the Physical Downlink Control Channel The multiple proportion for the NPRACH number of repetition that number is attempted with each random access includes:

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be third value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing increased multiple is the 4th numerical value, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be the 5th numerical value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing reduced multiple is the 6th numerical value, and the 5th numerical value and the 6th numerical value are integers.

36. information uploading method according to claim 27, which is characterized in that the repetition of the Physical Downlink Control Channel Number and the relationship of the maximum number of repetitions of random access NPDCCH comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

37. information uploading method according to claim 36, which is characterized in that the repetition of the Physical Downlink Control Channel Number and the difference relationship of the maximum number of repetitions of random access NPDCCH include:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the number of repetition indicated in second indication information；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Greater than the number of repetition indicated in second indication information.

38. information uploading method according to claim 36, which is characterized in that the repetition of the Physical Downlink Control Channel Number and the multiple proportion of the maximum number of repetitions of random access NPDCCH include:

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs reduced multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the increased multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 9th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH Tenth numerical value, the 9th numerical value and the tenth numerical value are integers.

39. according to information uploading method described in claim 27,32,36,37 or 38, which is characterized in that the random access The maximum number of repetitions of NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

40. a kind of data transmission method, which is characterized in that be applied to network side equipment, comprising:

The first information of user equipment to report is received, the first information indicates down channel quality measurement.

41. data transmission method according to claim 40, which is characterized in that the first information includes N number of information list Member, wherein first information cell attribute, which does not measure, reports；Second information unit is to the second information of N information cell attribute, N Integer greater than 1.

42. data transmission method according to claim 40, which is characterized in that the first information includes following information It is at least one:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

43. data transmission method according to claim 42, which is characterized in that described to receive the first of user equipment to report After information, the method also includes:

Carry out the transmission of Physical Downlink Control Channel.

44. data transmission method according to claim 41, which is characterized in that described to receive the first of user equipment to report Information comprises at least one of the following:

Receive the downlink channel quality information that the user equipment is reported by the decoding process of upstream data；

The user equipment is received by sending the scrambling mode and/or modulation coding scheme and/or time-frequency that upstream data uses The downlink channel quality information that resource location reports；

The downlink channel quality information of the user equipment to report is received, which passes through bit field mode Characterization；

Receive the downlink channel quality information that the user equipment is reported by the+the four information mode of third information, the third Information passes through the partial information of bit-wise indicating downlink channel quality, the scrambling that the 4th information is used by sending upstream data The remainder information of mode and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Receive the downlink channel quality information that the user equipment passes through the+the five information reporting of third information, the third information By the partial information of bit-wise indicating downlink channel quality, the 5th information is indicated by the decoding process recessiveness of upstream data The remainder information of down channel quality.

45. data transmission method according to claim 41, which is characterized in that described to receive the first of user equipment to report Before information, the method also includes:

The mapping relations of downlink channel quality information and bit information are issued to the user equipment.

46. data transmission method according to claim 42, which is characterized in that the repetition of the Physical Downlink Control Channel Number includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

47. data transmission method according to claim 40, which is characterized in that the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

48. data transmission method according to claim 42, which is characterized in that the repetition of the Physical Downlink Control Channel The relationship for the NPRACH number of repetition that number is attempted with each random access comprises at least one of the following:

The difference relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The multiple proportion for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted.

49. data transmission method according to claim 48, which is characterized in that the repetition of the Physical Downlink Control Channel The difference relationship for the NPRACH number of repetition that number is attempted with each random access includes:

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is less than the NPRACH number of repetition that each random access is attempted；Or

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is greater than the number of repetition of second indication information instruction.

50. data transmission method according to claim 48, which is characterized in that the repetition of the Physical Downlink Control Channel The multiple proportion for the NPRACH number of repetition that number is attempted with each random access includes:

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be third value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing increased multiple is the 4th numerical value, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be the 5th numerical value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing reduced multiple is the 6th numerical value, and the 5th numerical value and the 6th numerical value are integers.

51. data transmission method according to claim 42, which is characterized in that the repetition of the Physical Downlink Control Channel Number and the relationship of the maximum number of repetitions of random access NPDCCH comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

52. data transmission method according to claim 51, which is characterized in that the repetition of the Physical Downlink Control Channel Number and the difference relationship of the maximum number of repetitions of random access NPDCCH include:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the number of repetition indicated in second indication information；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Greater than the number of repetition indicated in second indication information.

53. data transmission method according to claim 51, which is characterized in that the repetition of the Physical Downlink Control Channel Number and the multiple proportion of the maximum number of repetitions of random access NPDCCH include:

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs reduced multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the increased multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 9th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH Tenth numerical value, the 9th numerical value and the tenth numerical value are integers.

54. according to data transmission method described in claim 47,51,52 or 53, which is characterized in that the random access The maximum number of repetitions of NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

55. a kind of user equipment, which is characterized in that including processor and transceiver,

The transceiver is used to report the first information to network side equipment, and the first information indicates down channel quality measurement.

56. user equipment according to claim 55, which is characterized in that the first information includes N number of information unit, Middle first information cell attribute, which does not measure, to be reported；For second information unit to the second information of N information cell attribute, N is greater than 1 Integer.

57. user equipment according to claim 55, which is characterized in that the first information include following information at least It is a kind of:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

58. user equipment according to claim 56, which is characterized in that the processor is used to be believed according to down channel dry It makes an uproar and determines the number of repetition information of physical downlink control channel transmission than SINR；Or

The number of repetition information is determined according to the bit error rate of physical downlink control channel PDCCH.

59. user equipment according to claim 56, which is characterized in that the transceiver is for executing following at least one Kind:

The downlink channel quality information is reported to the network side equipment by the decoding process of upstream data；

Under the scrambling mode and/or modulation coding scheme that are used by transmission upstream data and/or running time-frequency resource position will be described Row channel quality information is reported to the network side equipment；

Downlink channel quality information is reported to network side equipment, which is characterized by bit field mode；

Downlink channel quality information is reported to network side equipment by the+the four information mode of third information, the third information is logical Cross the partial information of bit-wise indicating downlink channel quality, the scrambling mode that the 4th information is used by sending upstream data And/or the remainder information of modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Downlink channel quality information is reported to network side equipment by the+the five information of third information, the third information passes through ratio The partial information of special formula formula indicating downlink channel quality, the 5th information are believed by the decoding process recessiveness indicating downlink of upstream data The remainder information of road quality.

60. user equipment according to claim 56, which is characterized in that

The processor is also used to obtain the mapping relations of the downlink channel quality information that network issues and bit information；Or

Obtain the mapping relations of downlink channel quality information and bit information as defined in agreement；Or

Determine the mapping relations of downlink channel quality information and bit information.

61. user equipment according to claim 57, which is characterized in that the number of repetition of the Physical Downlink Control Channel Including following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

62. user equipment according to claim 55, which is characterized in that the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

63. user equipment according to claim 57, which is characterized in that the number of repetition of the Physical Downlink Control Channel The relationship for the NPRACH number of repetition attempted with each random access comprises at least one of the following:

The difference relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The multiple proportion for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted.

64. user equipment according to claim 63, which is characterized in that the number of repetition of the Physical Downlink Control Channel The difference relationship of NPRACH number of repetition attempted with each random access includes:

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is less than the NPRACH number of repetition that each random access is attempted；Or

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is greater than the number of repetition of second indication information instruction.

65. user equipment according to claim 63, which is characterized in that the number of repetition of the Physical Downlink Control Channel The multiple proportion of NPRACH number of repetition attempted with each random access includes:

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be third value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing increased multiple is the 4th numerical value, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be the 5th numerical value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing reduced multiple is the 6th numerical value, and the 5th numerical value and the 6th numerical value are integers.

66. user equipment according to claim 57, which is characterized in that the number of repetition of the Physical Downlink Control Channel It is comprised at least one of the following with the relationship of the maximum number of repetitions of random access NPDCCH:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

67. user equipment according to claim 66, which is characterized in that the number of repetition of the Physical Downlink Control Channel Difference relationship with the maximum number of repetitions of random access NPDCCH includes:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the number of repetition indicated in second indication information；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Greater than the number of repetition indicated in second indication information.

68. user equipment according to claim 66, which is characterized in that the number of repetition of the Physical Downlink Control Channel Multiple proportion with the maximum number of repetitions of random access NPDCCH includes:

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs reduced multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the increased multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 9th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH Tenth numerical value, the 9th numerical value and the tenth numerical value are integers.

69. according to user equipment described in claim 57,62,66,67 or 68, which is characterized in that the random access The maximum number of repetitions of NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

70. a kind of network side equipment, which is characterized in that including processor and transceiver,

The transceiver is used to receive the first information of user equipment to report, and the first information indicates down channel quality degree Amount.

71. network side equipment according to claim 70, which is characterized in that the first information includes N number of information unit, Wherein first information cell attribute, which does not measure, reports；For second information unit to the second information of N information cell attribute, N is big In 1 integer.

72. network side equipment according to claim 70, which is characterized in that the first information include following information extremely Few one kind:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

73. the network side equipment according to claim 72, which is characterized in that the transceiver is also used to carry out physical down The transmission of control channel.

74. network side equipment according to claim 71, which is characterized in that the transceiver be specifically used for execute with down toward Few one kind:

Receive the downlink channel quality information that the user equipment is reported by the decoding process of upstream data；

The user equipment is received by sending the scrambling mode and/or modulation coding scheme and/or time-frequency that upstream data uses The downlink channel quality information that resource location reports；

The downlink channel quality information of the user equipment to report is received, which passes through bit field mode Characterization；

Receive the downlink channel quality information that the user equipment is reported by the+the four information mode of third information, the third Information passes through the partial information of bit-wise indicating downlink channel quality, the scrambling that the 4th information is used by sending upstream data The remainder information of mode and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Receive the downlink channel quality information that the user equipment passes through the+the five information reporting of third information, the third information By the partial information of bit-wise indicating downlink channel quality, the 5th information is indicated by the decoding process recessiveness of upstream data The remainder information of down channel quality.

75. network side equipment according to claim 71, which is characterized in that the transceiver is also used to set to the user The standby mapping relations for issuing downlink channel quality information and bit information.

76. the network side equipment according to claim 72, which is characterized in that the repetition time of the Physical Downlink Control Channel Number includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

77. network side equipment according to claim 70, which is characterized in that the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

78. the network side equipment according to claim 72, which is characterized in that the repetition time of the Physical Downlink Control Channel The relationship for the NPRACH number of repetition that number is attempted with each random access comprises at least one of the following:

The difference relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The multiple proportion for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted.

79. the network side equipment according to claim 78, which is characterized in that the repetition time of the Physical Downlink Control Channel The difference relationship of NPRACH numbers of repetition that number is attempted with each random access includes:

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is less than the NPRACH number of repetition that each random access is attempted；Or

The difference relationship packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel Number of repetition be greater than each random access attempt NPRACH number of repetition, third indicate information instruction physical down control letter The number of repetition in road is greater than the number of repetition of second indication information instruction.

80. the network side equipment according to claim 78, which is characterized in that the repetition time of the Physical Downlink Control Channel The multiple proportion of NPRACH numbers of repetition that number is attempted with each random access includes:

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be third value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing increased multiple is the 4th numerical value, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple proportion packet for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the NPRACH number of repetition that each random access is attempted, and second indication information indicates Physical Downlink Control Channel The NPRACH number of repetition attempted compared to each random access of number of repetition to need increased multiple be the 5th numerical value, third Indicate the number of repetition of information instruction Physical Downlink Control Channel compared to the NPRACH number of repetition that each random access is attempted Needing reduced multiple is the 6th numerical value, and the 5th numerical value and the 6th numerical value are integers.

81. the network side equipment according to claim 72, which is characterized in that the repetition time of the Physical Downlink Control Channel Several relationships with the maximum number of repetitions of random access NPDCCH comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

82. the network side equipment according to claim 81, which is characterized in that the repetition time of the Physical Downlink Control Channel Number and the difference relationships of the maximum number of repetitions of random access NPDCCH include:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Less than the number of repetition indicated in second indication information；Or

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel Number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the number of repetition of information instruction Physical Downlink Control Channel Greater than the number of repetition indicated in second indication information.

83. the network side equipment according to claim 81, which is characterized in that the repetition time of the Physical Downlink Control Channel Number and the multiple proportions of the maximum number of repetitions of random access NPDCCH include:

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs reduced multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 7th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the increased multiple to be compared to the maximum number of repetitions of random access NPDCCH 8th numerical value, for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel includes the One instruction information, second indication information, third indicate information, the repetition time of the first instruction information instruction Physical Downlink Control Channel Number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the repetition time of Physical Downlink Control Channel It is the 9th numerical value that maximum number of repetitions of the number compared to random access NPDCCH, which needs increased multiple, and third indicates information instruction The number of repetition of Physical Downlink Control Channel needs the reduced multiple to be compared to the maximum number of repetitions of random access NPDCCH Tenth numerical value, the 9th numerical value and the tenth numerical value are integers.

84. according to network side equipment described in claim 77,81,82 or 83, which is characterized in that the random access NPDCCH Maximum number of repetitions be:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

85. a kind of user equipment, including memory, processor and it is stored on the memory and can transports on the processor Capable computer program；It is characterized in that, the processor is realized when executing described program such as any one of claim 1-7 institute The information uploading method or the information uploading method as described in any one of claim 25-39 stated.

86. a kind of network side equipment, including memory, processor and it is stored on the memory and can be on the processor The computer program of operation；It is characterized in that, the processor is realized when executing described program as any in claim 8-12 Data transmission method described in or the data transmission method as described in any one of claim 40-54.

87. a kind of computer readable storage medium, is stored thereon with computer program, which is characterized in that the program is by processor Such as the step in information uploading method of any of claims 1-7 is realized when execution or realizes such as claim 25- The data of step or realization as described in any one of claim 8-12 in information uploading method described in any one of 39 pass The step of step or realization in the data transmission method as described in any one of claim 40-54 in transmission method.

Technical field

The present invention relates to field of communication technology, a kind of information uploading method, data transmission method, user equipment are particularly related to And network side equipment.

Background technique

In NB-IOT (Narrow Band Internet of Things, narrowband Internet of Things) system, UE (User Equipment, user equipment) according to RSRP, ((Reference Signal Receiving Power, reference signal receive function Rate) determine coverage area (there are three types of coverage areas: normal covering spreads over and covers with the limit), and according to corresponding covering Range determines the number of retransmissions (Msg1) for sending upstream data.Network side equipment sends what upstream data used according to user equipment Number of retransmissions knows coverage area locating for UE, and configures corresponding number of retransmissions and send downlink data (Msg2).

Since RSRP cannot reflect the situation that is disturbed of UE, the number of retransmissions presence of use is not able to satisfy data and correctly transmits Possibility.For example, user equipment determines the uplink retransmission number that uses according to RSRP as 64, network side equipment can also be adopted accordingly Downlink data transmission (for example, number of retransmissions=64) are carried out with number of retransmissions.But if the interference that user equipment is subject to is more tight Weight, number of retransmissions 64, which likely results in user equipment, can not correctly demodulate downlink data, influence communication system performance.

Summary of the invention

The technical problem to be solved in the present invention is to provide a kind of information uploading method, data transmission method, user equipment and Network side equipment, user equipment report number of retransmissions information to network side equipment, enable network side equipment using reasonable Number of retransmissions sends downlink data.

In order to solve the above technical problems, the embodiment of the present invention offer technical solution is as follows:

On the one hand, a kind of information uploading method is provided, user equipment is applied to, comprising:

Number of retransmissions information is reported to network side equipment.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, it is described report number of retransmissions information to network side equipment before, the method also includes:

It is determined according to down channel quality and completes the number of retransmissions information that downlink data demodulation needs；Or

The number of retransmissions information is determined according to the threshold bit error rate of demodulation physical downlink control channel PDCCH.

Further, described to report number of retransmissions information to comprise at least one of the following to network side equipment:

According to the number of retransmissions information of acquisition and the mapping relations of bit information, determining and required number of retransmissions information pair The bit information is reported to the network side equipment by the bit information answered；

By send upstream data use scrambling mode or modulation coding scheme by the number of retransmissions information reporting to The network side equipment；

It is reported to network side equipment and completes the number of retransmissions information that downlink data demodulation needs.

Further, the number of retransmissions information comprises at least one of the following:

The user equipment completes the number of retransmissions that downlink data demodulation needs；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several multiple proportions；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several size relations；

The user equipment completes the number of retransmissions range that downlink data demodulation needs；

The user equipment determines actually located coverage area by down channel quality.

Further, the size relation includes following one kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs and is less than the re-transmission that transmission upstream data uses Number, the number of retransmissions that the user equipment completes downlink data demodulation needs belong to true according to Reference Signal Received Power RSRP Fixed coverage area；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and belong to the coverage area determined according to RSRP；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and exceed the coverage area determined according to RSRP.

Further, the down channel quality is determined by Signal to Interference plus Noise Ratio SINR.

The embodiment of the invention also provides a kind of data transmission methods, are applied to network side equipment, comprising:

Receive the number of retransmissions information of user equipment to report.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, after the number of retransmissions information for receiving user equipment to report, the method also includes:

Downlink data transmission is carried out according to the number of retransmissions information.

Further, before the number of retransmissions information for receiving user equipment to report, the method also includes:

The mapping relations of number of retransmissions information and bit information are sent to the user equipment.

Further, the mapping relations for sending number of retransmissions information and bit information to the user equipment include:

The mapping relations of number of retransmissions information and bit information are sent to the user equipment by system message；Or

The mapping of number of retransmissions information and bit information is sent to the user equipment by radio resource control RRC signaling Relationship.

The embodiment of the invention also provides a kind of user equipment, including processor and transceiver,

The transceiver is used to report number of retransmissions information to network side equipment.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, the processor, which is used to be determined according to down channel quality, completes the re-transmission that downlink data demodulation needs Number information；Or

The number of retransmissions information is determined according to the threshold bit error rate of demodulation physical downlink control channel PDCCH.

Further, the processor is specifically used for being closed according to the number of retransmissions information of acquisition and the mapping of bit information System determines bit information corresponding with required number of retransmissions information；

The transceiver is specifically used for executing following at least one:

The bit information is reported to the network side equipment；

By send upstream data use scrambling mode or modulation coding scheme by the number of retransmissions information reporting to The network side equipment；

It is reported to network side equipment and completes the number of retransmissions information that downlink data demodulation needs.

Further, the number of retransmissions information comprises at least one of the following:

The user equipment completes the number of retransmissions that downlink data demodulation needs；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several multiple proportions；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several size relations；

The user equipment completes the number of retransmissions range that downlink data demodulation needs；

The user equipment determines actually located coverage area by down channel quality.

Further, the size relation includes following one kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs and is less than the re-transmission that transmission upstream data uses Number, the number of retransmissions that the user equipment completes downlink data demodulation needs belong to true according to Reference Signal Received Power RSRP Fixed coverage area；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and belong to the coverage area determined according to RSRP；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and exceed the coverage area determined according to RSRP.

Further, the down channel quality is determined by Signal to Interference plus Noise Ratio SINR.

The embodiment of the invention also provides a kind of network side equipment, including processor and transceiver,

The transceiver is used to receive the number of retransmissions information of user equipment to report.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, the transceiver is also used to carry out downlink data transmission according to the number of retransmissions information.

Further, the transceiver is also used to send reflecting for number of retransmissions information and bit information to the user equipment Penetrate relationship.

Further, the transceiver is specifically used for sending number of retransmissions information to the user equipment by system message With the mapping relations of bit information；Or

The mapping of number of retransmissions information and bit information is sent to the user equipment by radio resource control RRC signaling Relationship.

The embodiment of the invention also provides a kind of information uploading methods, are applied to user equipment, comprising:

The first information is reported to network side equipment, the first information indicates down channel quality measurement.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, it is described report the first information to network side equipment before, the method also includes:

The number of repetition information of physical downlink control channel transmission is determined according to down channel Signal to Interference plus Noise Ratio SINR；Or

The number of repetition information is determined according to the bit error rate of physical downlink control channel PDCCH.

Further, described to report the first information to comprise at least one of the following to network side equipment:

The downlink channel quality information is reported to the network side equipment by the decoding process of upstream data；

By sending scrambling mode that upstream data uses and/or modulation coding scheme and/or running time-frequency resource position for institute It states downlink channel quality information and is reported to the network side equipment；

Downlink channel quality information is reported to network side equipment, which passes through bit field mode table Sign；

Downlink channel quality information, the third letter are reported to network side equipment by the+the four information mode of third information Breath passes through the partial information of bit-wise indicating downlink channel quality, the scrambling side that the 4th information is used by sending upstream data The remainder information of formula and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Downlink channel quality information is reported to network side equipment by the+the five information of third information, the third information is logical The partial information of bit-wise indicating downlink channel quality is crossed, under the decoding process recessiveness instruction that the 5th information passes through upstream data The remainder information of row channel quality.

Further, it is described report the first information to network side equipment before, the method also includes:

Obtain the mapping relations of downlink channel quality information and bit information that network issues；Or

Obtain the mapping relations of downlink channel quality information and bit information as defined in agreement；Or

Determine the mapping relations of downlink channel quality information and bit information.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of data transmission methods, are applied to network side equipment, comprising:

The first information of user equipment to report is received, the first information indicates down channel quality measurement.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, after the first information for receiving user equipment to report, the method also includes:

Carry out the transmission of Physical Downlink Control Channel.

Further, the first information for receiving user equipment to report comprises at least one of the following:

Receive the downlink channel quality information that the user equipment is reported by the decoding process of upstream data；

Receive the user equipment by send upstream data use scrambling mode and/or modulation coding scheme and/or The downlink channel quality information of running time-frequency resource reporting position；

The downlink channel quality information of the user equipment to report is received, which passes through bit field Mode characterizes；

The downlink channel quality information that the user equipment is reported by the+the four information mode of third information is received, it is described Third information passes through the partial information of bit-wise indicating downlink channel quality, what the 4th information was used by sending upstream data The remainder information of scrambling mode and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Receive the downlink channel quality information that the user equipment passes through the+the five information reporting of third information, the third Information passes through the partial information of bit-wise indicating downlink channel quality, and the 5th information is recessive by the decoding process of upstream data The remainder information of indicating downlink channel quality.

Further, before the first information for receiving user equipment to report, the method also includes:

The mapping relations of downlink channel quality information and bit information are issued to the user equipment.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of user equipment, including processor and transceiver,

The transceiver is used to report the first information to network side equipment, and the first information indicates down channel quality degree Amount.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, the processor is used to determine that Physical Downlink Control Channel is passed according to down channel Signal to Interference plus Noise Ratio SINR Defeated number of repetition information；Or

The number of repetition information is determined according to the bit error rate of physical downlink control channel PDCCH.

Further, the transceiver is for executing following at least one:

The downlink channel quality information is reported to the network side equipment by the decoding process of upstream data；

By sending scrambling mode that upstream data uses and/or modulation coding scheme and/or running time-frequency resource position for institute It states downlink channel quality information and is reported to the network side equipment；

Downlink channel quality information is reported to network side equipment, which passes through bit field mode table Sign；

Downlink channel quality information, the third letter are reported to network side equipment by the+the four information mode of third information Breath passes through the partial information of bit-wise indicating downlink channel quality, the scrambling side that the 4th information is used by sending upstream data The remainder information of formula and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Downlink channel quality information is reported to network side equipment by the+the five information of third information, the third information is logical The partial information of bit-wise indicating downlink channel quality is crossed, under the decoding process recessiveness instruction that the 5th information passes through upstream data The remainder information of row channel quality.

Further, the processor is also used to obtain reflecting for downlink channel quality information that network issues and bit information Penetrate relationship；Or

Obtain the mapping relations of downlink channel quality information and bit information as defined in agreement；Or

Determine the mapping relations of downlink channel quality information and bit information.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of network side equipment, including processor and transceiver,

The transceiver is used to receive the first information of user equipment to report, and the first information indicates down channel quality Measurement.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, the transceiver is also used to carry out the transmission of Physical Downlink Control Channel.

Further, the transceiver is specifically used for executing following at least one:

Receive the downlink channel quality information that the user equipment is reported by the decoding process of upstream data；

Receive the user equipment by send upstream data use scrambling mode and/or modulation coding scheme and/or The downlink channel quality information of running time-frequency resource reporting position；

The downlink channel quality information of the user equipment to report is received, which passes through bit field Mode characterizes；

The downlink channel quality information that the user equipment is reported by the+the four information mode of third information is received, it is described Third information passes through the partial information of bit-wise indicating downlink channel quality, what the 4th information was used by sending upstream data The remainder information of scrambling mode and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Receive the downlink channel quality information that the user equipment passes through the+the five information reporting of third information, the third Information passes through the partial information of bit-wise indicating downlink channel quality, and the 5th information is recessive by the decoding process of upstream data The remainder information of indicating downlink channel quality.

Further, the transceiver is also used to issue downlink channel quality information and bit information to the user equipment Mapping relations.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of user equipment, including memory, processor and it is stored in the memory Computer program that is upper and can running on the processor；The processor realizes letter as described above when executing described program Cease report method.

The embodiment of the invention also provides a kind of network side equipment, including memory, processor and it is stored in the storage On device and the computer program that can run on the processor；The processor is realized as described above when executing described program Data transmission method.

The embodiment of the invention also provides a kind of computer readable storage mediums, are stored thereon with computer program, the journey The step in information uploading method as described above is realized when sequence is executed by processor or realizes transmission side data as described above Step in method.

The embodiment of the present invention has the advantages that

In above scheme, user equipment reports number of retransmissions information to network side equipment, network side can be assisted to set in this way Standby understanding user equipment is disturbed situation, to send downlink data using reasonable number of retransmissions, reduces random access and loses Rate is lost, communication system performance is improved.

Detailed description of the invention

Fig. 1 is the flow diagram of one embodiment of the invention information uploading method；

Fig. 2 is the flow diagram of one embodiment of the invention data transmission method；

Fig. 3 is the structural schematic diagram of user equipment of the embodiment of the present invention；

Fig. 4 is the structural schematic diagram of network side equipment of the embodiment of the present invention；

Fig. 5 is the flow diagram of another embodiment of the present invention information uploading method；

Fig. 6 is the flow diagram of another embodiment of the present invention data transmission method.

Specific embodiment

To keep the embodiment of the present invention technical problems to be solved, technical solution and advantage clearer, below in conjunction with Drawings and the specific embodiments are described in detail.

The embodiment of the present invention provides a kind of information uploading method, data transmission method, user equipment and network side equipment, uses Family equipment reports number of retransmissions information to network side equipment, under network side equipment is sent using reasonable number of retransmissions Row data.

The embodiment of the present invention provides a kind of information uploading method, is applied to user equipment, as shown in Figure 1, comprising:

Step 101: reporting number of retransmissions information to network side equipment.

In the present embodiment, user equipment reports number of retransmissions information to network side equipment, network side can be assisted to set in this way Standby understanding user equipment is disturbed situation, to send downlink data using reasonable number of retransmissions, reduces random access and loses Rate is lost, communication system performance is improved.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, it is described report number of retransmissions information to network side equipment before, the method also includes:

It is determined according to down channel quality and completes the number of retransmissions information that downlink data demodulation needs；Or

The number of retransmissions information is determined according to the threshold bit error rate of demodulation PDCCH (Physical Downlink Control Channel).

Further, described to report number of retransmissions information to comprise at least one of the following to network side equipment:

According to the number of retransmissions information of acquisition and the mapping relations of bit information, determining and required number of retransmissions information pair The bit information is reported to the network side equipment by the bit information answered；

By send upstream data use scrambling mode or modulation coding scheme by the number of retransmissions information reporting to The network side equipment；

It is reported to network side equipment and completes the number of retransmissions information that downlink data demodulation needs.

Wherein, number of retransmissions information and the mapping relations of bit information can be configured by network side equipment, can also be appointed in advance It is fixed, for example be documented in standard agreement.

Further, the number of retransmissions information comprises at least one of the following:

The user equipment completes the number of retransmissions that downlink data demodulation needs；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several multiple proportions；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several size relations；

The user equipment completes the number of retransmissions range that downlink data demodulation needs；

The user equipment determines actually located coverage area by down channel quality.

Further, the size relation includes following one kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs and is less than the re-transmission that transmission upstream data uses Number, the number of retransmissions that the user equipment completes downlink data demodulation needs belong to true according to Reference Signal Received Power RSRP Fixed coverage area；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and belong to the coverage area determined according to RSRP；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and exceed the coverage area determined according to RSRP.

Further, described heavy when the corresponding bit information of number of retransmissions information is reported to the network side equipment It passes number information to be carried by 2 bits, certainly, number of retransmissions information is not limited to carry using 2 bits, can also utilize other The bit of quantity carries.

Further, when number of retransmissions is reported to the network side equipment, the number of retransmissions is carried by 4 bits, Certainly, number of retransmissions information is not limited to carry using 4 bits, can also be carried using the bit of other quantity.

Further, the down channel quality is by SINR (Signal to Interference plus Noise Ratio, Signal to Interference plus Noise Ratio) it determines.

The embodiment of the invention also provides a kind of data transmission methods, are applied to network side equipment, as shown in Figure 2, comprising:

Step 201: receiving the number of retransmissions information of user equipment to report.

In the present embodiment, user equipment reports number of retransmissions information to network side equipment, network side can be assisted to set in this way Standby understanding user equipment is disturbed situation, to send downlink data using reasonable number of retransmissions, reduces random access and loses Rate is lost, communication system performance is improved.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, after the number of retransmissions information for receiving user equipment to report, the method also includes:

Downlink data transmission is carried out according to the number of retransmissions information.

Further, before the number of retransmissions information for receiving user equipment to report, the method also includes:

The mapping relations of number of retransmissions information and bit information are sent to the user equipment.

Further, the mapping relations for sending number of retransmissions information and bit information to the user equipment include:

The mapping relations of number of retransmissions information and bit information are sent to the user equipment by system message；Or

The mapping of number of retransmissions information and bit information is sent to the user equipment by radio resource control RRC signaling Relationship.

Wherein, number of retransmissions one shares 12 kinds of options, and network side equipment can issue 12 kinds of number of retransmissions and bit information Mapping relations, the mapping relations of a part and bit information in 12 kinds of number of retransmissions can also be issued.

In technical solution of the present invention, user equipment using recessiveness report, and/or it is dominant report and/or recessiveness report+ It is dominant the modes such as to report to report number of retransmissions information to network side equipment.

About dominant reporting schemes, user equipment carries number of retransmissions or number of retransmissions range by the bit in signaling. Specifically, there is the following two kinds scene, there are several reporting schemes under every kind of scene:

Scene one: user equipment to report is carried to the number of retransmissions information of network side equipment by 2 bits

Mode one: the number of retransmissions that user equipment to report is needed to network side equipment downstream modulation, user equipment to report Signaling content is carried by 2 bits.

Wherein, it is logical to pass through RRC (Radio Resource Control, wireless heterogeneous networks) signaling in advance for network side equipment Know the mapping relations of user equipment number of retransmissions and bit information, user equipment is determined according to the channel situation (SINR) of itself and solved The number of retransmissions for adjusting downlink data to need.The mapping of number of retransmissions and bit information that user equipment is issued according to network side equipment The number of retransmissions of needs is reported to network side equipment by relationship.

Specifically, the technical scheme comprises the following steps for the present embodiment:

Step 1: network side equipment passes through the mapping relations of RRC signaling notifying user equipment number of retransmissions and bit information (for example, the 11 corresponding corresponding number of retransmissions 32 of number of retransmissions 16,10；01 corresponding number of retransmissions 64；00 is reserved)；

Step 2: user equipment determines the number of retransmissions (example that downstream modulation needs according to the channel situation (SINR) of itself Such as, 64) it is that user equipment, which completes the number of retransmissions that downstream modulation needs,；

Step 3: user equipment by signaling by number of retransmissions be reported to network side equipment (such as: user equipment to report Signaling content is 01, then 64) number of retransmissions for representing needs is.

Mode two:

The number of retransmissions information that user equipment to report network side apparatus downstream modulation needs.The information content reported is: using Family equipment completes the number of retransmissions and the multiple proportion for sending the number of retransmissions that Msg1 is used that downlink data demodulation needs, and specifically has It is following several to report content:

Report content 1: the number of retransmissions that customer equipment data demodulation needs is 2 times of the number of retransmissions range that Msg1 is used (or 1/2)；

Report content 2: the number of retransmissions that customer equipment data demodulation needs is 4 times of the number of retransmissions range that Msg1 is used (or 1/4)；

Report content 3: the number of retransmissions that customer equipment data demodulation needs is 8 times of number of retransmissions range that Msg1 is used (or 1/8)；

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 is reserved.

Mode three:

The number of retransmissions information that user equipment to report network side apparatus downstream modulation needs.The information content reported is: using Family equipment completes the number of retransmissions and the size relation for sending the number of retransmissions that Msg1 is used that downlink data demodulation needs, and specifically has It is following several to report content:

Report content 1: the number of retransmissions that customer equipment data demodulation needs is less than the number of retransmissions range that Msg1 is used, this When number of retransmissions still fall within the coverage area determined according to RSRP (for example, user equipment is currently at according to RSRP judgement Coverage area is normally to cover, and normally covering corresponding number of retransmissions is { 1,2,4,8 }, and user equipment sends the weight that Msg1 is used Passing number is 8, but actual subscriber device can complete data receiver according to smaller number of retransmissions, such as number of retransmissions= 4)；

Report content 2: the number of retransmissions that customer equipment data demodulation needs is greater than the number of retransmissions range that Msg1 is used, this When number of retransmissions still fall within according to RSRP determine coverage area；It (is covered for example, user equipment is currently at according to RSRP judgement Lid range is to spread over, and spreading over corresponding number of retransmissions is { 16,32,64,128 }, and user equipment sends Msg1 and uses Number of retransmissions be 32, but actual subscriber device needs bigger number of retransmissions that can just complete data receiver, for example retransmits Number=64)；

Report content 3: the number of retransmissions that customer equipment data demodulation needs is greater than the number of retransmissions range that Msg1 is used, this When number of retransmissions be more than according to RSRP determine coverage area (for example, user equipment according to RSRP judgement be currently at covering model Enclosing is to spread over, and spreading over corresponding number of retransmissions is { 16,32,64,128 }, but due to the presence of strong interference, user The number of retransmissions that equipment successfully completes data demodulation needs is 256, and for this scene, user equipment needs to report by signaling Network)；

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 is reserved.

Specifically, the technical scheme comprises the following steps for the present embodiment:

Step 1: user equipment is according to received signal strength and is disturbed situation (SINR), determines what data demodulation needed Number of retransmissions；

Step 2: the number of retransmissions and send the number of retransmissions that Msg1 is used that user equipment reports demodulation to need by signaling Size relation, the signaling content pass through 2 bits carry；

Step 3: network side equipment, which determines, sends the number of retransmissions that downlink data uses.

Mode four: user equipment to report network side apparatus number of retransmissions range, user equipment pass through down channel quality (SINR) it determines and completes the number of retransmissions range that data receiver needs.

Content is reported to pass through 2 bit indications.For example, 11 correspond to number of retransmissions ranges 1, the data within the scope of the number of retransmissions The demodulation threshold that demodulation needs is SINR >=X；10 correspond to number of retransmissions ranges 2, and the data demodulation within the scope of the number of retransmissions needs The demodulation threshold wanted is Y=< SINR < X；01 corresponds to number of retransmissions range 3, and the demodulation threshold within the scope of the number of retransmissions is SINR ≤ Y.

Specifically, the technical scheme comprises the following steps for the present embodiment:

Step 1: user equipment is according to received signal strength and is disturbed situation (SINR), determines the re-transmission that demodulation needs Numbers range；

If user equipment demodulation threshold SINR >=X, then the number of retransmissions that user equipment demodulation needs belongs to re-transmission time Number range 1；

If user equipment demodulation threshold Y=< SINR < X, then the number of retransmissions that user equipment demodulation needs belongs to re-transmission Numbers range 2；

If user equipment demodulation threshold SINR≤Y, the number of retransmissions that user equipment demodulation needs belongs to re-transmission time Number range 3.

Step 2: user equipment passes through the number of retransmissions range that signaling report network side apparatus downstream modulation needs.The letter Content is enabled to carry by 2 bits；

Step 3: network side equipment, which determines, sends the number of retransmissions that downlink data uses.

Mode five:

The actually located coverage area of user equipment to report network side apparatus, user equipment pass through down channel quality (SINR) actually located coverage area (include: normal covering, spread over, limit covering) is determined.

Content is reported to pass through 2 bit indications.For example, 11 corresponding limit coverings；10 correspondences are spread over；01 correspondence is normally covered Lid.

If SINR >=X, then user equipment is in normal covering；If Y=< SINR < X, then user equipment is in Limit covering；If SINR≤Y, user equipment is in and spreads over.X and Y is SINR thresholding, for judging that user sets Standby locating coverage area.

Specifically, the technical scheme comprises the following steps for the present embodiment:

Step 1: user equipment is according to received signal strength and is disturbed situation (SINR), determines locating coverage area (coverage area may be different from the coverage area determined by RSRP)；

If SINR >=X, then user equipment is in normal covering；

If Y=< SINR < X, spread over then user equipment is in；

If SINR≤Y, user equipment is in limit covering.

Step 2: user equipment passes through coverage area locating for signaling report network side apparatus.The signaling content compares by 2 Spy's carrying；

Step 3: network side equipment, which determines, sends the number of retransmissions that downlink data uses.

Mode six:

In only 2 bits carrying user equipment to report to the number of retransmissions of network side equipment, if can not determine that bit is believed The corresponding relationship of breath and number of retransmissions, agreement clear stipulaties do not report number of retransmissions information in this scene user equipment.

Scene two: user equipment to report is carried to the number of retransmissions information of network side equipment by 4 bits

Mode one:

The number of retransmissions that user equipment to report network side apparatus downstream modulation needs, user equipment pass through down channel quality (SINR) number of retransmissions that demodulation needs is determined.

Number of retransmissions one shares 12 kinds of options, needs 4 bit indications.For example, 1111 corresponding number of retransmissions=2048, 1110 corresponding number of retransmissions=1024, and so on.

Specifically, the technical scheme comprises the following steps for the present embodiment:

Step 1: user equipment is according to received signal strength and is disturbed situation (SINR), determines what data demodulation needed Number of retransmissions；

Step 2: user equipment passes through signaling report network side apparatus number of retransmissions.The signaling content is held by 4 bits It carries；

Step 3: network side equipment, which determines, sends the number of retransmissions that downlink data uses.

In addition, locating for the bit information mentioned in above-mentioned several ways and number of retransmissions/number of retransmissions range/user equipment Coverage area/can be by the following method in user with the mapping relations of size relation for sending the number of retransmissions that MSG1 is used It is realized between equipment and network side equipment consistent:

Method one: the mapping of coverage area locating for bit information and number of retransmissions/number of retransmissions range/user equipment is closed System issues (for example, SIB1 (System Information Block1, system information block 1)) by system message；

Method two: the mapping of coverage area locating for bit information and number of retransmissions/number of retransmissions range/user equipment is closed It is in fixed write-in standard.

It is reported about recessiveness, user equipment is compiled by sending scrambling mode, modulation that upstream data (such as Msg 3) is used Code mode etc. comes recessive instruction number of retransmissions or number of retransmissions range.

Reported about dominant+recessiveness, user equipment by send upstream data (such as Msg 3) use scrambling mode, Modulation coding scheme etc. carrys out recessive indicating section bit, in combination with the instruction number of retransmissions/re-transmission time for reporting content carrying The bit of number range.

The embodiment of the invention also provides a kind of user equipmenies, as shown in figure 3, including processor 31 and transceiver 32,

The transceiver 32 is used to report number of retransmissions information to network side equipment.

In the present embodiment, user equipment reports number of retransmissions information to network side equipment, network side can be assisted to set in this way Standby understanding user equipment is disturbed situation, to send downlink data using reasonable number of retransmissions, reduces random access and loses Rate is lost, communication system performance is improved.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, the processor 31, which is used to be determined according to down channel quality, completes the weight that downlink data demodulation needs Pass number information；Or

The number of retransmissions information is determined according to the threshold bit error rate of demodulation physical downlink control channel PDCCH.

Further, the processor 31 is specifically used for being closed according to the number of retransmissions information of acquisition and the mapping of bit information System determines bit information corresponding with required number of retransmissions information；

The transceiver 32 is specifically used for executing following at least one:

The bit information is reported to the network side equipment；

By send upstream data use scrambling mode or modulation coding scheme by the number of retransmissions information reporting to The network side equipment；

It is reported to network side equipment and completes the number of retransmissions information that downlink data demodulation needs.

Further, the number of retransmissions information comprises at least one of the following:

The user equipment completes the number of retransmissions that downlink data demodulation needs；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several multiple proportions；

The user equipment completes the number of retransmissions that downlink data demodulation needs and sends the re-transmission time that upstream data uses Several size relations；

The user equipment completes the number of retransmissions range that downlink data demodulation needs；

The user equipment determines actually located coverage area by down channel quality.

Further, the size relation includes following one kind:

The user equipment completes the number of retransmissions that downlink data demodulation needs and is less than the re-transmission that transmission upstream data uses Number, the number of retransmissions that the user equipment completes downlink data demodulation needs belong to true according to Reference Signal Received Power RSRP Fixed coverage area；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and belong to the coverage area determined according to RSRP；

The user equipment completes the number of retransmissions that downlink data demodulation needs and is greater than the re-transmission that transmission upstream data uses Number, the user equipment complete the number of retransmissions that downlink data demodulation needs and exceed the coverage area determined according to RSRP.

Further, described heavy when the corresponding bit information of number of retransmissions information is reported to the network side equipment Number information is passed to be carried by 2 bits.

Further, when number of retransmissions is reported to the network side equipment, the number of retransmissions is carried by 4 bits.

Further, the down channel quality is determined by Signal to Interference plus Noise Ratio SINR.

The embodiment of the invention also provides a kind of network side equipments, as shown in figure 4, including processor 41 and transceiver 42,

The transceiver 42 is used to receive the number of retransmissions information of user equipment to report.

In the present embodiment, user equipment reports number of retransmissions information to network side equipment, network side can be assisted to set in this way Standby understanding user equipment is disturbed situation, to send downlink data using reasonable number of retransmissions, reduces random access and loses Rate is lost, communication system performance is improved.

Further, the number of retransmissions information is the number of retransmissions information of downlink data.

Further, the transceiver 42 is also used to carry out downlink data transmission according to the number of retransmissions information.

Further, the transceiver 42 is also used to send number of retransmissions information and bit information to the user equipment Mapping relations.

Further, the transceiver 42 is specifically used for sending number of retransmissions letter to the user equipment by system message The mapping relations of breath and bit information；Or

The mapping of number of retransmissions information and bit information is sent to the user equipment by radio resource control RRC signaling Relationship.

The embodiment of the invention also provides a kind of information uploading methods, are applied to user equipment, as shown in Figure 5, comprising:

Step 501: reporting the first information to network side equipment, the first information indicates down channel quality measurement.

In the present embodiment, user equipment reports the first information for indicating down channel quality, such energy to network side equipment Enough assist network side equipment understanding user equipment is disturbed situation, so that downlink data is sent using reasonable number of retransmissions, Random access failure rate is reduced, communication system performance is improved.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, it is described report the first information to network side equipment before, the method also includes:

The number of repetition information of physical downlink control channel transmission is determined according to down channel Signal to Interference plus Noise Ratio SINR；Or

The number of repetition information is determined according to the bit error rate of physical downlink control channel PDCCH.

Further, described to report the first information to comprise at least one of the following to network side equipment:

The downlink channel quality information is reported to the network side equipment by the decoding process of upstream data；

By sending scrambling mode that upstream data uses and/or modulation coding scheme and/or running time-frequency resource position for institute It states downlink channel quality information and is reported to the network side equipment；

Downlink channel quality information is reported to network side equipment, which passes through bit field mode table Sign；

Downlink channel quality information, the third letter are reported to network side equipment by the+the four information mode of third information Breath passes through the partial information of bit-wise indicating downlink channel quality, the scrambling side that the 4th information is used by sending upstream data The remainder information of formula and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Downlink channel quality information is reported to network side equipment by the+the five information of third information, the third information is logical The partial information of bit-wise indicating downlink channel quality is crossed, under the decoding process recessiveness instruction that the 5th information passes through upstream data The remainder information of row channel quality.

Further, it is described report the first information to network side equipment before, the method also includes:

Obtain the mapping relations of downlink channel quality information and bit information that network issues；Or

Obtain the mapping relations of downlink channel quality information and bit information as defined in agreement；Or

Determine the mapping relations of downlink channel quality information and bit information.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of data transmission methods, are applied to network side equipment, as shown in Figure 6, comprising:

Step 601: receiving the first information of user equipment to report, the first information indicates down channel quality measurement.

In the present embodiment, user equipment reports the first information for indicating down channel quality, such energy to network side equipment Enough assist network side equipment understanding user equipment is disturbed situation, so that downlink data is sent using reasonable number of retransmissions, Random access failure rate is reduced, communication system performance is improved.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, after the first information for receiving user equipment to report, the method also includes:

Carry out the transmission of Physical Downlink Control Channel.

Further, the first information for receiving user equipment to report comprises at least one of the following:

Receive the downlink channel quality information that the user equipment is reported by the decoding process of upstream data；

Receive the user equipment by send upstream data use scrambling mode and/or modulation coding scheme and/or The downlink channel quality information of running time-frequency resource reporting position；

The downlink channel quality information of the user equipment to report is received, which passes through bit field Mode characterizes；

The downlink channel quality information that the user equipment is reported by the+the four information mode of third information is received, it is described Third information passes through the partial information of bit-wise indicating downlink channel quality, what the 4th information was used by sending upstream data The remainder information of scrambling mode and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Receive the downlink channel quality information that the user equipment passes through the+the five information reporting of third information, the third Information passes through the partial information of bit-wise indicating downlink channel quality, and the 5th information is recessive by the decoding process of upstream data The remainder information of indicating downlink channel quality.

Further, before the first information for receiving user equipment to report, the method also includes:

The mapping relations of downlink channel quality information and bit information are issued to the user equipment.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of user equipmenies, as shown in figure 3, including processor 31 and transceiver 32,

The transceiver 32 is used to report the first information to network side equipment, and the first information indicates down channel quality Measurement.

In the present embodiment, user equipment reports the first information for indicating down channel quality, such energy to network side equipment Enough assist network side equipment understanding user equipment is disturbed situation, so that downlink data is sent using reasonable number of retransmissions, Random access failure rate is reduced, communication system performance is improved.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, the processor 31 is used to determine Physical Downlink Control Channel according to down channel Signal to Interference plus Noise Ratio SINR The number of repetition information of transmission；Or

The number of repetition information is determined according to the bit error rate of physical downlink control channel PDCCH.

Further, the transceiver 32 is for executing following at least one:

The downlink channel quality information is reported to the network side equipment by the decoding process of upstream data；

By sending scrambling mode that upstream data uses and/or modulation coding scheme and/or running time-frequency resource position for institute It states downlink channel quality information and is reported to the network side equipment；

Downlink channel quality information is reported to network side equipment, which passes through bit field mode table Sign；

Downlink channel quality information, the third letter are reported to network side equipment by the+the four information mode of third information Breath passes through the partial information of bit-wise indicating downlink channel quality, the scrambling side that the 4th information is used by sending upstream data The remainder information of formula and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Downlink channel quality information is reported to network side equipment by the+the five information of third information, the third information is logical The partial information of bit-wise indicating downlink channel quality is crossed, under the decoding process recessiveness instruction that the 5th information passes through upstream data The remainder information of row channel quality.

Further, the processor 31 is also used to obtain downlink channel quality information that network issues and bit information Mapping relations；Or

Obtain the mapping relations of downlink channel quality information and bit information as defined in agreement；Or

Determine the mapping relations of downlink channel quality information and bit information.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

The embodiment of the invention also provides a kind of network side equipments, as shown in figure 4, including processor 41 and transceiver 42,

The transceiver 42 is used to receive the first information of user equipment to report, and the first information indicates down channel matter Metric.

In the present embodiment, user equipment reports the first information for indicating down channel quality, such energy to network side equipment Enough assist network side equipment understanding user equipment is disturbed situation, so that downlink data is sent using reasonable number of retransmissions, Random access failure rate is reduced, communication system performance is improved.

Further, the first information includes N number of information unit, and wherein first information cell attribute does not measure Report；For second information unit to the second information of N information cell attribute, N is the integer greater than 1.

Further, the first information includes at least one of following information:

The number of repetition of Physical Downlink Control Channel；

The relationship for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted；

The relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The number of repetition range of Physical Downlink Control Channel；

Coverage enhancement grade.

Further, the transceiver 42 is also used to carry out the transmission of Physical Downlink Control Channel.

Further, the transceiver 42 is specifically used for executing following at least one:

Receive the downlink channel quality information that the user equipment is reported by the decoding process of upstream data；

Receive the user equipment by send upstream data use scrambling mode and/or modulation coding scheme and/or The downlink channel quality information of running time-frequency resource reporting position；

The downlink channel quality information of the user equipment to report is received, which passes through bit field Mode characterizes；

The downlink channel quality information that the user equipment is reported by the+the four information mode of third information is received, it is described Third information passes through the partial information of bit-wise indicating downlink channel quality, what the 4th information was used by sending upstream data The remainder information of scrambling mode and/or modulation coding scheme and/or running time-frequency resource position recessiveness indicating downlink channel quality；

Receive the downlink channel quality information that the user equipment passes through the+the five information reporting of third information, the third Information passes through the partial information of bit-wise indicating downlink channel quality, and the 5th information is recessive by the decoding process of upstream data The remainder information of indicating downlink channel quality.

Further, the transceiver 42 is also used to issue downlink channel quality information to the user equipment and bit is believed The mapping relations of breath.

Further, the number of repetition of the Physical Downlink Control Channel includes following one kind:

The number of repetition of physical downlink control channel transmission；

The maximum number of repetitions of physical downlink control channel transmission；

The minimum number of repetition of physical downlink control channel transmission.

Further, the first information:

First the constraint relationship of the NPRACH number of repetition and the first numerical value attempted by each random access determines；Or

It is determined by the maximum number of repetitions of random access NPDCCH and the second the constraint relationship of second value；

First the constraint relationship comprises at least one of the following:

Multiplied by the first numerical value；

Divided by the first numerical value；

Add the first numerical value；

The numerical value that subtracts the first；

Second the constraint relationship comprises at least one of the following:

Multiplied by second value；

Divided by second value；

Add second value；

Subtract second value；

First numerical value and second value are integers.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The relationship of number comprises at least one of the following:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System；

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The difference relationship of number includes:

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is less than the NPRACH number of repetition that each random access is attempted；Or

The difference for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted is closed System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control The number of repetition of channel is greater than the NPRACH number of repetition that each random access is attempted, and third indicates that information indicates physical down control The number of repetition of channel processed is greater than the number of repetition of second indication information instruction.

Further, the NPRACH that the number of repetition of the Physical Downlink Control Channel and each random access are attempted is repeated The multiple proportion of number includes:

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is third value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 4th numerical value that number, which needs increased multiple, and for third value less than the 4th numerical value, third value and the 4th numerical value are integers；Or

The multiple for the NPRACH number of repetition that the number of repetition of Physical Downlink Control Channel and each random access are attempted closes System includes the first instruction information, and second indication information, third instruction information, first indicates that information indicates Physical Downlink Control Channel Number of repetition it is identical as the NPRACH number of repetition that each random access is attempted, second indication information indicate physical down control It is the 5th numerical value that the number of repetition of channel, which needs increased multiple compared to the NPRACH number of repetition that each random access is attempted, The NPRACH that the number of repetition of third instruction information instruction Physical Downlink Control Channel is attempted compared to each random access is repeated It is the 6th numerical value that number, which needs reduced multiple, and the 5th numerical value and the 6th numerical value are integers.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Relationship comprise at least one of the following:

The difference relationship of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel；

The multiple proportion of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Difference relationship include:

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the maximum number of repetitions of random access NPDCCH；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is less than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is less than the number of repetition indicated in second indication information；Or

The difference relationship packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again number is greater than the maximum number of repetitions of random access NPDCCH, and third indicates the repetition of information instruction Physical Downlink Control Channel Number is greater than the number of repetition indicated in second indication information.

Further, the maximum number of repetitions of the number of repetition of the Physical Downlink Control Channel and random access NPDCCH Multiple proportion include:

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need reduced multiple is the 7th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 7th numerical value, and third indicates information Indicate that the number of repetition of Physical Downlink Control Channel needs increased times compared to the maximum number of repetitions of random access NPDCCH Number is the 8th numerical value, and for the 7th numerical value less than the 8th numerical value, the 7th numerical value and the 8th numerical value are integers；Or

The multiple proportion packet of the maximum number of repetitions of the number of repetition and random access NPDCCH of Physical Downlink Control Channel The first instruction information, second indication information are included, third indicates information, the weight of the first instruction information instruction Physical Downlink Control Channel Again number is identical as the maximum number of repetitions of random access NPDCCH, and second indication information indicates the weight of Physical Downlink Control Channel Again counting the maximum number of repetitions compared to random access NPDCCH to need increased multiple is the 9th numerical value, and third indicates information Indicate times that maximum number of repetitions of the number of repetition of Physical Downlink Control Channel compared to random access NPDCCH needs to reduce Number is the tenth numerical value, and the 9th numerical value and the tenth numerical value are integers.

Further, the maximum number of repetitions of the random access NPDCCH is:

Random access response and/or MSG3 are retransmitted and/or the maximum number of repetitions of the NPDCCH public search space of MSG4.

In technical solution of the present invention, user equipment using recessiveness report, and/or it is dominant report and/or recessiveness report+ It is dominant the modes such as to report to report number of retransmissions information to network side equipment.

About dominant reporting schemes, user equipment carries number of retransmissions or number of retransmissions range by the bit in signaling. Specifically, there are several types of reporting schemes:

Mode one:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The multiple proportion of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is the maximum number of repetitions of random access NPDCCH (Rmax) 2 times (or 1/2)；

Report content 2: the number of repetition of Physical Downlink Control Channel is the maximum number of repetitions of random access NPDCCH (Rmax) 4 times (or 1/4)；

Report content 3: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

If the bit contents that terminal reports be 11, indicate Physical Downlink Control Channel number of repetition with connect at random The multiple proportion for entering the maximum number of repetitions (Rmax) of NPDCCH is 2 times (or 1/2 times)；If the bit contents that terminal reports are 10, then indicating times of the number of repetition of Physical Downlink Control Channel and the maximum number of repetitions (Rmax) of random access NPDCCH Number relationship is 4 times (or 1/4 times)；If the bit contents that terminal reports are 01, the weight of Physical Downlink Control Channel is indicated Again several multiple proportions with the maximum number of repetitions (Rmax) of random access NPDCCH are 1 times

Mode two:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the number of repetition of channel and the maximum number of repetitions (Rmax) of hair random access NPDCCH, specifically there are several types of Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 3: the number of repetition of Physical Downlink Control Channel is less than the maximum number of repetitions of random access NPDCCH (Rmax)；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Mode three:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax), the two difference is less than or equal to the first numerical value.Wherein the first numerical value is nonzero integer (for example, first numerical value=128)；

Report content 3: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax).The two difference is less than or equal to second value.Wherein second value is nonzero integer, second value > the first numerical value (example Such as, second value=1024)；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

If the bit contents that terminal reports be 10, indicate Physical Downlink Control Channel number of repetition with connect at random The difference for entering the maximum number of repetitions (Rmax) of NPDCCH is less than or equal to 128.Assuming that Rmax=16, Physical Downlink Control Channel Number of repetition is { 32,64,128 }；

If the bit contents that terminal reports be 01, indicate Physical Downlink Control Channel number of repetition with connect at random The difference for entering the maximum number of repetitions (Rmax) of NPDCCH is less than or equal to 1024.Assuming that Rmax=16, Physical Downlink Control Channel Number of repetition be { 256,512,1024 }；

Mode four:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax), the two difference is less than or equal to ∑ 2^k, and n≤k≤m-1, n are the values of powers of the integral number power of Rmax corresponding 2, and m is certain The values of powers of the integral number power of a number of retransmissions corresponding 2, n, m, k is positive integer.For example, Rmax=32, m be number of retransmissions= The values of powers (corresponding m=7) of 128 corresponding 2 integral number power, the two difference is less than or equal to 2^5+2^6=96 at this time；

Report content 3: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax).The two difference is less than or equal to ∑ 2^k+ ∑ 2^j, n≤k≤m-1, and n is the power of the integral number power of Rmax corresponding 2 Value, m is the values of powers of the integral number power of some number of retransmissions corresponding 2, and n, m, value is identical as the value in content 2 is reported, m < =j≤p-1, n, m, k, j, p are positive integer for example, Rmax=32, m are the integral number powers of number of retransmissions=128 corresponding 2 Values of powers (corresponding m=7), this p is the values of powers (corresponding p=11) of the integral number power of number of retransmissions=2048 corresponding 2, at this time two Person's difference is less than or equal to 96+2^7+2^8+2^9+2^10=2016；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

If the bit contents that terminal reports be 10, indicate Physical Downlink Control Channel number of repetition with connect at random The difference for entering the maximum number of repetitions (Rmax) of NPDCCH is less than or equal to 96.Assuming that Rmax=32, Physical Downlink Control Channel Number of repetition is { 64,128 }；

If the bit contents that terminal reports be 01, indicate Physical Downlink Control Channel number of repetition with connect at random The difference for entering the maximum number of repetitions (Rmax) of NPDCCH is less than or equal to 2016.Assuming that Rmax=32, Physical Downlink Control Channel Number of repetition be { 256,512,1024,2048 }；

Mode five:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is less than the maximum number of repetitions of random access NPDCCH (Rmax), the two difference is less than or equal to ∑ 2^k, and m≤k≤n-1, n are the values of powers of the integral number power of Rmax corresponding 2, and m is certain The values of powers of the integral number power of a number of retransmissions corresponding 2, n, m, k is positive integer.For example, Rmax=512 (2^9, i.e. n=9), M is the values of powers (corresponding m=6) of the integral number power of number of retransmissions=64 corresponding 2, and the two difference is less than or equal to 2^6+2^7+ at this time 2^8=448；

Report content 3: the number of repetition of Physical Downlink Control Channel is less than the maximum number of repetitions of random access NPDCCH (Rmax).The two difference is less than or equal to ∑ 2^k+ ∑ 2^j, m≤k≤n-1, and n is the power of the integral number power of Rmax corresponding 2 Value, m is the values of powers of the integral number power of some number of retransmissions corresponding 2, and n, m, value is identical as the value in content 2 is reported, p < =j≤m-1, n, m, k, j, p are positive integer for example, Rmax=512 (2^9, i.e. n=9), m are that number of retransmissions=64 are corresponding 2 integral number power values of powers (corresponding m=6), this p is values of powers (the corresponding p=of the integral number power of number of retransmissions=1 corresponding 2 0), the two difference is less than or equal to 448+2^0+2^1+2^2+2^3+2^4+2^5=511 at this time；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

If the bit contents that terminal reports be 10, indicate Physical Downlink Control Channel number of repetition with connect at random The difference for entering the maximum number of repetitions (Rmax) of NPDCCH is less than or equal to 416.Assuming that Rmax=512, Physical Downlink Control Channel Number of repetition be { 256,128,64 }；

If the bit contents that terminal reports be 01, indicate Physical Downlink Control Channel number of repetition with connect at random The difference for entering the maximum number of repetitions (Rmax) of NPDCCH is less than or equal to 511.Assuming that Rmax=512, Physical Downlink Control Channel Number of repetition be { 32,16,8,4,2,1 }；

Mode six:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax), the two difference is 2^n, and n is the values of powers of the integral number power of Rmax corresponding 2,；

Report content 3: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax).The two difference be 2^ (n+1)+2^n, n be Rmax corresponding 2 integral number power values of powers；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 10 Again number is greater than the maximum number of repetitions (Rmax) of random access NPDCCH, and the difference of the two is 32；If the ratio that terminal reports Special content is 01, then indicating that the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax), difference=96 of the two；If the bit contents that terminal reports are 11, the weight of Physical Downlink Control Channel is indicated Again several difference=0 with the maximum number of repetitions (Rmax) of random access NPDCCH.

Mode seven:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is less than the maximum number of repetitions of random access NPDCCH (Rmax), the two difference is 2^ (n-1), and n is the values of powers of the integral number power of Rmax corresponding 2,；

Report content 3: the number of repetition of Physical Downlink Control Channel is greater than the maximum number of repetitions of random access NPDCCH (Rmax).The two difference is 2^n, and n is the values of powers of the integral number power of Rmax corresponding 2；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 10 Again number is less than in the maximum number of repetitions (Rmax) of random access NPDCCH, and the difference of the two is 16；What if terminal reported Bit contents are 01, then indicating maximum repetition time of the number of repetition greater than random access NPDCCH of Physical Downlink Control Channel Number (Rmax), difference=32 of the two；If the bit contents that terminal reports are 11, Physical Downlink Control Channel is indicated Difference=0 of number of repetition and the maximum number of repetitions (Rmax) of random access NPDCCH.

Mode eight:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The difference relationship of the maximum number of repetitions (Rmax) of the number of repetition and random access NPDCCH of channel, specifically there are several types of upper Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel is equal to the maximum number of repetitions of random access NPDCCH (Rmax)；

Report content 2: the number of repetition of Physical Downlink Control Channel is less than the maximum number of repetitions of random access NPDCCH (Rmax), the two difference is 2^ (n-1), and n is the values of powers of the integral number power of Rmax corresponding 2,；

Report content 3: the number of repetition of Physical Downlink Control Channel is less than the maximum repetition time in random access NPDCCH Number (Rmax).The two difference is 2^ (n-1)+2^ (n-2), and n is the values of powers of the integral number power of Rmax corresponding 2；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 10 Again number is less than the maximum number of repetitions (Rmax) of random access NPDCCH, and the difference of the two is 16；If the ratio that terminal reports Special content is 01, then indicating that the number of repetition of Physical Downlink Control Channel is less than the maximum number of repetitions of random access NPDCCH (Rmax), difference=24 of the two；If the bit contents that terminal reports are 11, the weight of Physical Downlink Control Channel is indicated Again several difference=0 with the maximum number of repetitions (Rmax) of random access NPDCCH.

Mode nine

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The number of repetition of channel.The number of repetition of Physical Downlink Control Channel passes through the maximum number of repetitions of random access NPDCCH (Rmax) determine that specifically there are several types of report content with the first the constraint relationship of the first numerical value:

Report content 1: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax) × 2 times (or Rmax × 1/2)；

Report content 2: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax) × 4 (or Rmax × 1/4)；

Report content 3: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax)；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 11 Again number is greater than=64 (or 16)；If the bit contents that terminal reports are 10, the weight of Physical Downlink Control Channel is indicated Again=128 (or 8) are counted；If the bit contents that terminal reports are 01, the repetition time of Physical Downlink Control Channel is indicated Number=32.

Mode ten:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The number of repetition of channel.The number of repetition of Physical Downlink Control Channel passes through the maximum number of repetitions of random access NPDCCH (Rmax) determine that specifically there are several types of report content with the first the constraint relationship of the first numerical value:

Report content 1: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax)+2^n, n are the values of powers (or Rmax-2^ (n-1)) of corresponding 2 power of Rmax；

Report content 2: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax)+2^n+2^ (n+1), n are the values of powers (or Rmax-2^ (n-1) -2^n) of corresponding 2 power of Rmax；

Report content 3: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax)；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 11 Again number is greater than=64 (or 16)；If the bit contents that terminal reports are 10, the weight of Physical Downlink Control Channel is indicated Again=128 (or 8) are counted；If the bit contents that terminal reports are 01, the repetition time of Physical Downlink Control Channel is indicated Number=32.

Mode 11:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The number of repetition of channel, specifically there are several types of report content:

Report content 1: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax)；

Report content 2: the first maximum value of the number of repetition of Physical Downlink Control Channel (for example, the first maximum value= 256)；

Report content 3: the second maximum value of the number of repetition of Physical Downlink Control Channel (for example, the second maximum value= 2048)；

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 11 Again=32 are counted；If the bit contents that terminal reports be 10, indicate Physical Downlink Control Channel number of repetition= {64,128,256}；If the bit contents that terminal reports be 01, indicate Physical Downlink Control Channel number of repetition= {512,1024,2048}。

Mode 12:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The number of repetition of channel, specifically there are several types of report content:

Report content 1: the number of repetition of Physical Downlink Control Channel=random access NPDCCH maximum number of repetitions (Rmax)；

Report content 2: the first maximum value of the number of repetition of Physical Downlink Control Channel (for example, the first maximum value= 256)；

Report content 3: the first minimum value (for example, first minimum value=8) of the number of repetition of Physical Downlink Control Channel；

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

Assuming that Rmax=32 indicates the weight of Physical Downlink Control Channel if the bit contents that terminal reports are 11 Again=32 are counted；If the bit contents that terminal reports be 10, indicate Physical Downlink Control Channel number of repetition= {64,128,256}；If the bit contents that terminal reports be 01, indicate Physical Downlink Control Channel number of repetition= {8,16}.Mode 13:

User equipment to report network side apparatus down channel quality measurement.The information content reported is: physical down control The number of repetition of channel, the number of repetition characterize NPDCCH demodulation need number of repetition maximum value, specifically there are several types of Report content:

Report content 1: the number of repetition of Physical Downlink Control Channel=NPDCCH number of repetition -1；

Report content 2: the number of repetition of Physical Downlink Control Channel=NPDCCH number of repetition -2；

Report content 3: the number of repetition of Physical Downlink Control Channel=NPDCCH number of repetition -3；

Content is reported to pass through 2 bit indications.For example, 11 correspondences report content 1；10 correspondences report content 2；01 correspondence reports Content 3；00 characterization does not measure.

The number of repetition for the Physical Downlink Control Channel that terminal reports can only 1,2,4,8,16,32,64,128,256, 512,1024,2048 } value in.

For example, NPDCCH number of repetition -1/2/3 is 1,64,2048 respectively, if Physical Downlink Control Channel demodulation needs Number of repetition=1, then terminal reports 11；If the number of repetition that Physical Downlink Control Channel demodulation needs=2,4,8, 16,32,64 }, then terminal reports 10；If the number of repetition that Physical Downlink Control Channel demodulation needs=128,256, 512,1024,2048 }, then terminal reports 01.

The embodiment of the invention also provides a kind of user equipment, including memory, processor and it is stored in the memory Computer program that is upper and can running on the processor；The processor realizes letter as described above when executing described program Cease report method.

The embodiment of the invention also provides a kind of network side equipment, including memory, processor and it is stored in the storage On device and the computer program that can run on the processor；The processor is realized as described above when executing described program Data transmission method.

The embodiment of the invention also provides a kind of computer readable storage mediums, are stored thereon with computer program, the journey The step in information uploading method as described above is realized when sequence is executed by processor or realizes transmission side data as described above Step in method.

It is understood that embodiments described herein can with hardware, software, firmware, middleware, microcode or its Combination is to realize.For hardware realization, processing unit be may be implemented in one or more specific integrated circuit (Application Specific Integrated Circuits, ASIC), digital signal processor (Digital Signal Processing, DSP), digital signal processing appts (DSP Device, DSPD), programmable logic device (Programmable Logic Device, PLD), field programmable gate array (Field-Programmable Gate Array, FPGA), general processor, In controller, microcontroller, microprocessor, other electronic units for executing herein described function or combinations thereof.

For software implementations, it can be realized herein by executing the module (such as process, function etc.) of function described herein The technology.Software code is storable in memory and is executed by processor.Memory can in the processor or It is realized outside processor.

All the embodiments in this specification are described in a progressive manner, the highlights of each of the examples are with The difference of other embodiments, the same or similar parts between the embodiments can be referred to each other.

It should be understood by those skilled in the art that, the embodiment of the embodiment of the present invention can provide as method, apparatus or calculate Machine program product.Therefore, the embodiment of the present invention can be used complete hardware embodiment, complete software embodiment or combine software and The form of the embodiment of hardware aspect.Moreover, the embodiment of the present invention can be used one or more wherein include computer can With in the computer-usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) of program code The form of the computer program product of implementation.

The embodiment of the present invention be referring to according to the method for the embodiment of the present invention, terminal device (system) and computer program The flowchart and/or the block diagram of product describes.It should be understood that flowchart and/or the block diagram can be realized by computer program instructions In each flow and/or block and flowchart and/or the block diagram in process and/or box combination.It can provide these Computer program instructions are set to general purpose computer, special purpose computer, Embedded Processor or other programmable data processing terminals Standby processor is to generate a machine, so that being held by the processor of computer or other programmable data processing terminal devices Capable instruction generates for realizing in one or more flows of the flowchart and/or one or more blocks of the block diagram The device of specified function.

These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing terminal devices In computer-readable memory operate in a specific manner, so that instruction stored in the computer readable memory generates packet The manufacture of command device is included, which realizes in one side of one or more flows of the flowchart and/or block diagram The function of being specified in frame or multiple boxes.

These computer program instructions can also be loaded into computer or other programmable data processing terminal devices, so that Series of operation steps are executed on computer or other programmable terminal equipments to generate computer implemented processing, thus The instruction executed on computer or other programmable terminal equipments is provided for realizing in one or more flows of the flowchart And/or in one or more blocks of the block diagram specify function the step of.

Although the preferred embodiment of the embodiment of the present invention has been described, once a person skilled in the art knows bases This creative concept, then additional changes and modifications can be made to these embodiments.So the following claims are intended to be interpreted as Including preferred embodiment and fall into all change and modification of range of embodiment of the invention.

It should also be noted that, herein, relational terms such as first and second and the like are used merely to one Entity or operation are distinguished with another entity or operation, without necessarily requiring or implying between these entities or operation There are any actual relationship or orders.Moreover, the terms "include", "comprise" or its any other variant are intended to contain Lid non-exclusive inclusion, so that the process, method, article or the terminal device that include a series of elements not only include that A little elements, but also including other elements that are not explicitly listed, or further include for this process, method, article or The intrinsic element of terminal device.In the absence of more restrictions, the element limited by sentence "including a ...", and It is not precluded in the process, method including the element, article or terminal device that there is also other identical elements.

Above-described is the preferred embodiment of the present invention, it should be pointed out that the ordinary person of the art is come It says, can also make several improvements and retouch under the premise of not departing from principle of the present invention, these improvements and modifications also exist In protection scope of the present invention.