阅读说明：本技术 一种信息确定方法和装置、信息元素的处理方法和装置 (A kind of information determines method and apparatus, the treating method and apparatus of information element ) 是由 张淑娟 鲁照华 高波 吴昊 李儒岳 蒋创新 何震 于 2019-01-11 设计创作，主要内容包括：本发明实施例公开了一种信息确定方法和装置,所述信息确定方法包括：第一信息和第二信息之间有关联,或者上报信息中包括的信息类型和干扰测量资源的确定方式之间有关联；其中,所述第二信息包括如下至少之一：干扰测量资源、干扰测量资源的配置方式、上报信息中包括的信息类型；所述第一信息包括如下至少之一：空间接收信息、资源配置情况、信令信息；所述空间接收信息包括以下至少之一：空间接收参数、关于空间接收参数的准共址参考信号、信道测量资源的分组信息。本发明实施例实现了有效的信道状态测量。(The embodiment of the invention discloses a kind of information to determine that method and apparatus, the information determine that method includes: relevant between the first information and the second information, or reports relevant between the method for determination of the information type and interferometry resource that include in information；Wherein, second information includes at least one following: interferometry resource, interferometry resource configuration mode, report the information type for including in information；The first information includes at least one following: space receives information, resource distribution situation, signaling information；It includes at least one of that the space, which receives information: space receives parameter, receives the co-located reference signal of standard, the grouping information of channel measurement resource of parameter about space.The embodiment of the present invention realizes effective channel state measurement.)

1. a kind of information determines method, comprising:

It is relevant between the first information and the second information, or report the information type and interferometry resource for including in information It is relevant between method of determination；

Wherein, second information includes at least one following: interferometry resource, interferometry resource configuration mode, on It notifies the information type for including in breath；

The first information includes at least one following: space receives information, resource distribution situation, signaling information；The space Receiving information includes at least one of: space receives parameter, the co-located reference signal of standard about space reception parameter, channel and surveys Measure the grouping information of resource.

2. the method according to claim 1, wherein wherein, the space receives information and interferometry resource Between it is relevant include it is following any one:

Determine that the interferometry resource includes one or more resource in first kind set；

Determine that receiving parameter about the space between any two resource in the interferometry resource meets quasi- co-located pass System；

Determine that the interferometry resource includes one in the difference set of the resource and channel measurement resource in the first kind set A or multiple resources；

It is connect between any two resource in channel measurement resource collection where the channel measurement resource about the space In the case where receiving the quasi- co-located relationship of parameter satisfaction, the interferometry resource includes channel measurement resource collection and channel measurement money One or more resource in difference set between source.

3. according to the method described in claim 2, it is characterized in that, wherein, the first kind set includes at least one of:

The resource structure that parameter meets quasi- co-located relationship is received about the space with the channel measurement resource in second class set At set；

Set including following resource: there are one first moneys of corresponding relationship with the channel measurement resource in third class set Source；

There are the 4th class set of corresponding relationship with the channel measurement resource in first kind set pond setting.

4. according to the method described in claim 3, it is characterized in that, wherein, including at least one of:

The first resource and the channel measurement resource receive parameter about the space and meet quasi- co-located relationship；

The collection that the resource composition of the co-located reference signal of standard about space reception parameter is configured in the third class set is combined into Empty set；

Configuration repeats to send parameter repetition in the third class set；

The predetermined class measuring reference signals parameter information of the resource of the third class set is identical, wherein the predetermined class measurement Reference signal parameter information includes at least one of: space receives information, power parameter, quasi- co-located information；

The third class set is combined into the second class setting one or more set in addition to the 5th class set, Huo Zhesuo It states third class set and belongs to the second class setting, wherein the 5th class set is closed with the channel measurement resource there are corresponding System；

The second class set includes the channel measurement resource collection where the channel measurement resource；

Resource and the channel measurement resource in the 4th class set receive parameter about the space and meet quasi- co-located pass System；

Configuration repeats to send parameter repetition in the 4th class set；

It is off that the repetition configured in the 4th class set, which sends parameter repetition,；

The resource number for including in each set of the first kind setting is identical.

5. according to the method described in claim 4, it is characterized in that, wherein, the second class setting meets following feature extremely It is one of few:

The resource number for including in each set in the second class setting is identical；

The co-located ginseng of standard that parameter is received about space is configured in each of the second class setting third class set The collection for examining the resource composition of signal is combined into empty set；

Configuration repeats to send parameter repetition in each of the second class setting third class set；

The repetition configured in each of the second class setting third class set sends parameter repetition configuration For on；

The predetermined class measuring reference signals of resource in each of the second class setting third class set are joined Number information is identical.

6. according to the method described in claim 3, it is characterized in that, wherein,

Position of the first resource in the third class set and position of the channel measurement resource in the 6th class set Set association；

Alternatively, the 4th class is integrated into position in the first kind setting and the channel measurement resource described the Position association in six class set；

Wherein, the 6th class set include it is following any one:

Channel measurement resource collection where the channel measurement resource；

The set of the resource composition except predetermined resource is removed in channel measurement resource collection；

Each element in the 6th class set includes a 7th class set；Wherein, in the same 7th class set Resource correspond to the same space and receive information, the resource in the different 7th class set corresponds to the different spaces Receive information；The channel measurement resource is described where indicating the channel measurement resource in the position in the 6th class set The index of 7th class set.

7. according to the method described in claim 3, it is characterized in that, wherein, between at least one first number and following information It is relevant:

The different spaces receive the number of information in channel measurement resource collection where channel measurement resource；

The space that communication node is got simultaneously receives the ability of parameter；Wherein, the communication node is interference measurement reference The receiving node of signal resource；

The grouping information for including in the channel measurement resource collection；

The resource number for including in the channel measurement resource collection；

Wherein, first number include it is following any one:

The resource number for including in the third class set, the 4th class set for including in the first kind setting Number.

8. the method according to the description of claim 7 is characterized in that wherein, first number meets one of following feature:

First number is more than or equal to second number；

First number is more than or equal to second number and subtracts 1；

First number is second several integral multiple；

Wherein, second number is obtained according at least one following: different spaces receive in the channel measurement resource collection The number of information；The grouping number for including in the channel measurement resource collection；One point in the channel measurement resource collection The maximum measuring reference signals resource number that group includes；Different spaces receive the number of information in the channel measurement resource collection The quotient of the number of information is received with the space that communication node is got simultaneously；The resource for including in the channel measurement resource collection Number.

9. the method according to claim 1, wherein wherein, the space receives information and interferometry resource Configuration mode between relevant include:

At least one following information is relevant between the configuration mode of the interferometry resource:

The co-located reference letter of standard that the space receives parameter is associated with the presence or absence of at least one in the transmission configuration instruction TCI of configuration Number transmission configuration instruction state；

The space that communication node reports receives the number information of information；

The corresponding space of channel measurement resource collection receives the number of information；

The corresponding space of communication node synchronization receives the maximum number of information；

Wherein, the communication node is the receiving node of the interferometry resource, the configuration mode of the interferometry resource Including at least one of: the different resource in a channel measurement resource collection shares an interferometry resource collection It closes；Different resource in one channel measurement resource collection respectively corresponds an interferometry resource set.

10. according to claim 1 or method described in 9, which is characterized in that wherein, the space receives information and interference measurement Relevant between the configuration mode of resource includes at least one of:

In the first case, the configuration mode for determining the interferometry resource is the difference in a channel measurement resource collection One interferometry resource set of resource-sharing；

In a second situation, the configuration mode for determining the interferometry resource is each of channel measurement resource collection Resource respectively corresponds an interferometry resource set；

Wherein, first situation includes at least one following situation: there is no described in association in the transmission configuration instruction of configuration Space receives the transmission configuration instruction state of the co-located reference signal of standard of parameter；The space that the communication node reports receives The number of information is less than or equal to predetermined value；The corresponding space of the channel measurement resource collection receives the number of information The space corresponding less than or equal to the communication node synchronization receives the maximum number of information；

Second situation includes at least one following situation: there are at least one incident spaces in the transmission configuration instruction of configuration Receive the transmission configuration instruction state of the co-located reference signal of standard of parameter；The space that the communication node reports receives of information Number is greater than predetermined value；The number that the corresponding space of the channel measurement resource collection receives information is greater than the communication node The corresponding space of synchronization receives the maximum number of information.

11. according to power require 1 described in method, which is characterized in that wherein, the resource distribution situation include it is following at least it One:

The configuring condition of the number N for the channel measurement resource for including in channel measurement resource collection；

The corresponding different spaces of channel measurement resource collection receive the configuring condition of the number Q of information；

The configuring condition of the number P of interferometry resource set；

The configuring condition for the resource number D for including in interferometry resource set；

The configuring condition of transmission parameter repetition is repeated in interferometry resource set；

Wherein, N, P, Q, D are nonnegative integer；The configuring condition of the repetition includes at least one of: not being configured Repetition, it repetition, repetition is configured with is configured on, repetition and be configured to off.

12. the method according to claim 2~11, which is characterized in that wherein, the channel measurement resource collection is corresponding Space receives information, meets at least one following feature:

Parameter, which is received, about space with the channel measurement resource that the identical space receives information meets quasi- co-located relationship；

The channel measurement resource for receiving information with the identical space can be received simultaneously by communication node；

Belong to a channel measurement resource grouping with the channel measurement resource that the identical space receives information, or there is phase Belong to different channel measurement resource groupings with the channel measurement resource that the space receives information；

It wherein, include that one or more channel measurement resource is grouped in a channel measurement set.

13. according to the method for claim 11, which is characterized in that wherein, have between the first information and the second information Association includes at least one of:

In the case that first value is greater than 1, reporting in information according to the first signaling information and/or the determination of the first pre-defined rule is No includes the interferometry resource set index information；

In the case where meeting first condition, determine that the interferometry resource includes P interferometry resource, wherein P is greater than 1 When, the different interferometry resources is in the different interferometry resource set；

In the case where meeting second condition, determine that the interferometry resource includes one interferometry resource set In a resource；

In the case that second value is greater than 1, reporting in information according to the second signaling information and/or the determination of the second pre-defined rule is No includes the interferometry resource index information；

In the case where meeting fourth condition, determine that the interferometry resource includes in one interferometry resource set One resource；

In the case where meeting third condition, determine that the interferometry resource includes in one interferometry resource set Whole resources；

Wherein, first value includes one of following: the P value, the N value, the Q value；The second value include it is following it One: the D value, the N value, the Q value.

14. according to the method for claim 13, which is characterized in that wherein, including at least one of:

The first condition includes at least one following: first value is greater than 1；Described report does not include the interference in information Measure resource collection index；Repetition in the interferometry resource set is configured on；

The second condition includes at least one following: the first value is greater than 1；Described report in information includes that the interference measurement provides Source index of set；Repetition in the interferometry resource set is configured on；

The third condition includes at least one following: second value is greater than 1；Described report does not include the interference measurement in information Resource index；Repetition in the interferometry resource set is configured to off；

The fourth condition includes at least one following: second value is greater than 1；Described report in information includes that the interference measurement provides Source index；Repetition in the interferometry resource set is configured to off；

The interferometry resource of the determination is the corresponding interferometry resource of a channel quality.

15. according to the method for claim 11, which is characterized in that wherein, the resource distribution situation and it is described on notify Relevant between the configuration mode of the information type and jamming resource that include in breath includes at least one of:

When meeting fifth condition, the repetition in the interferometry resource set is configured on；Wherein, the described 5th Condition includes at least one following: the P value is greater than 1；The N value is greater than 1；The Q value is greater than 1；Described report in information is wrapped Include interferometry resource index of set；

When meeting Article 6 part, the repetition in the interferometry resource set is configured to off；Wherein, described Six conditions include at least one following: the D value is greater than 1；The N value is greater than 1；The Q value is greater than 1；It is described to report in information It is indexed including interferometry resource.

16. according to the method for claim 11, which is characterized in that wherein, the resource distribution situation and it is described on notify Relevant between the information type for including in breath includes at least one following:

When the repetition is configured on, described report includes interferometry resource index of set in information；

When the repetition is configured to off, described report in information includes that interferometry resource is provided in the interference measurement Index in the set of source；

When the N value is greater than 1, described report includes rope of the channel measurement resource in the channel measurement resource collection in information Draw；

When the N value is equal to 1, described report in information does not include channel measurement resource in the channel measurement resource collection Index；

When the P value or the N value or the Q value are greater than 1, described report in information includes that interferometry resource index of set is believed Breath；

When the P value or the N value or the Q value are equal to 1, described report does not include interferometry resource index of set in information Information；

When the D value or the N value or the Q value are greater than 1, described report in information includes interferometry resource in interference measurement Index information in resource collection；

When the D value or the N value or the Q value are equal to 1, described report in information does not include that interferometry resource is surveyed in interference Measure the index information in resource collection.

17. described to report the information type packet for including in information the method according to claim 1, wherein wherein Include at least one of:

Described report includes predetermined class interferometry resource set index information in information；

Described report includes index of the predetermined class interferometry resource in the predetermined class interferometry resource set in information Information；

Wherein, the predetermined class interferometry resource includes at least one following: CSI-IM interferometry resource, NZP-CSI-RS Interferometry resource.

18. described to report the information type packet for including in information the method according to claim 1, wherein wherein Include at least one of:

One or more following information combination (channel state information-reference signal CSI-RS resource instruction CRI or single-side belt Index SSBIndex, K31 first kind interferometry resource index of set, K32 the second class interferometry resource index of set, Signal-to-noise ratio SINR)；Wherein, K31, K32 belong to { 0,1 }；

(CRI or SSBIndex, Reference Signal Received Power RSRP, the K21 first kind are dry for one or more following information combination Disturb measurement resource collection index, K22 the second class interferometry resource index of set, K2 SINR)；Wherein K21, K22 are non- Negative integer and/or K21, at least one in K22 are equal to K2, and K2 is the positive integer more than or equal to 1；

One or more following information combines (K41 first kind interferometry resource index of set, K42 the second class interference measurement Resource collection index, SINR)；Wherein, K41, K42 belong to { 0,1 }；

One or more following information combination (CRI or SSBIndex, K51 first kind interferometry resource index, K52 second Class interferometry resource index, SINR)；Wherein, K51, K52 belong to { 0,1 }；

One or more following information combination (CRI or SSBIndex, RSRP, K61 first kind interferometry resource index, K62 Second class interferometry resource index, K6 SINR)；Wherein K61, K62 are nonnegative integer, and at least one in K61, K62 etc. In K6, K6 is the positive integer more than or equal to 1；

One or more following information combination (K71 first kind interferometry resource index, K72 the second class interferometry resource Index, SINR)；Wherein K71, K72 belong to { 0,1 }, and K71+K72 is greater than 0；

Wherein, first kind interferometry resource is CSI-IM interferometry resource, and the second class interferometry resource is NZP-CSI- RS interferometry resource.

19. described to report the information type packet for including in information the method according to claim 1, wherein wherein Include at least one of:

One or more following information combination: (CRI or SSBIndex, SINR)；

One or more following information combination (CRI or SSBIndex, RSRP, one or more SINR)；

One or more following information combination: SINR；

One or more following information combination: (CRI or SSBIndex, interferometry resource index of set, SINR)；

One or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index of set, K2 A SINR)；

One or more following information combination: (interferometry resource index of set, SINR)；

One or more following information combination: (CRI or SSBIndex, interferometry resource index, SINR)；

One or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index, K2 SINR), wherein the K2；

One or more following information combination: (interferometry resource set, SINR).

20. according to the method for claim 19, which is characterized in that wherein, relevant between the first information and the second information Including at least one of:

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, Interferometry resource index of set, SINR) in the case where, one or more of information combinations are selected from N*P SINR It selects；Wherein, the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource set, and each SINR pairs Answer a resource in a channel measurement resource and an interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index of set, K2 SINR) in the case where, one or more of RSRP are from N number of Selection obtains in RSRP；Wherein, the corresponding channel measurement resource of each RSRP, different RSRP correspond to different channel measurements Resource, K2 interferometry resource index of set and K2 SINR in the combination of information are to select to obtain from P SINR 's；Each SINR in P SINR is according to the corresponding channel measurement resource of one RSPR and an interferometry resource collection A resource in conjunction obtains, and the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (interferometry resource collection Close index, SINR) in the case where, one or more of information combinations are that selection obtains from N*P SINR；Wherein, A resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, the N value are equal to 1, The corresponding P SINR of one channel measurement is corresponding in turn to P interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, Interferometry resource index, SINR) in the case where, one or more of information combinations are selected from N*D SINR It arrives；Wherein, a resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, one D interferometry resource in the corresponding corresponding same interferometry resource set of D SINR sequence of channel measurement resource；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource indexes, K2 SINR) in the case where, one or more of RSRP are from N number of RSRP What selection obtained；Wherein, the corresponding channel measurement resource of each RSRP, different RSRP correspond to different channel measurement resources, K2 interferometry resource index of set and K2 SINR in one information combination are to select to obtain from D SINR；P Each SINR in SINR is according in the corresponding channel measurement resource of one RSPR and an interferometry resource set One resource obtains, the D in the corresponding corresponding same interferometry resource set of D SINR sequence of a channel measurement resource A interferometry resource；

It is described that report the information type for including in information include one or more following information combination: (interferometry resource collection Close index, SINR) in the case where, one or more of information combinations are that selection obtains from N*P SINR；Wherein, A resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, the N value are equal to 1, D interference measurement money in the corresponding corresponding same interferometry resource set of D SINR sequence of one channel measurement resource Source.

21. the described in any item methods of 1-20 according to claim 1, which is characterized in that wherein, including at least one of:

The interferometry resource index of set usesA bit indicates；

The interferometry resource index is using useA bit indicates.

22. according to method described in claim 2~20 any one, which is characterized in that wherein, including at least one of:

The interferometry resource is non-zero power-channel state information-reference signal NZP-CSI-RS resource；

The interferometry resource is channel state information-interference measurement CSI-IM resource；

The resource or the first resource include at least one of: reference signal resource, synchronization signal resource, interference measurement Resource；

The interferometry resource of the determination is the corresponding interferometry resource of one channel measurement resource；Or it is described true Fixed interferometry resource is the corresponding interferometry resource of a channel quality；

One channel quality information is obtained according to an interferometry resource in the interferometry resource of the determination；Alternatively, One channel quality information is obtained according to all interferometry resources in the interferometry resource of the determination；

One channel quality is according to one channel measurement resource and the corresponding interference measurement of one channel measurement resource One or more interferometry resource in resource obtains；

The number of the corresponding channel quality information of one channel measurement resource be equal to 1 or one channel measurement provide The number of the corresponding channel quality information in source is equal to the number of interferometry resource corresponding with one channel measurement resource.

23. according to the method for claim 22, which is characterized in that wherein, meet one of following feature:

The case where one channel quality information is obtained according to an interferometry resource in the interferometry resource of the determination Under, a channel measurement resource corresponds to X channel quality information, and wherein X, which is equal in the interferometry resource of the determination, includes Interferometry resource number；

The case where one channel quality information is obtained according to all interferometry resources in the interferometry resource of the determination Under, the corresponding channel quality information of a channel measurement resource；

Wherein, the channel quality includes one of following: channel quality indicator (CQI), signal-to-noise ratio SINR.

24. a kind of information determines method, comprising:

Determine the corresponding P interferometry resource set of a channel measurement resource collection, wherein the channel measurement resource set It include N number of channel measurement resource in conjunction；P, N are the positive integer more than or equal to 1；

Interferometry resource is determined according to the P interferometry resource set.

25. according to the method for claim 24, which is characterized in that wherein, described to be interfered according to P when the P is 1 Measurement resource collection determines that interferometry resource includes following one:

The corresponding interferometry resource of each channel measurement resource for determining N number of channel measurement resource includes one described dry Disturb one or more resource in measurement resource collection；

Parameter repetition, which is sent, according to the repetition in the interference measurement set determines that each channel measurement resource is corresponding Interferometry resource；

Parameter repetition, which is sent, according to the repetition in the interference measurement set determines the corresponding interference of a channel quality Measure the number of resource and/or the corresponding channel quality of a channel measurement resource.

26. according to the method for claim 25, which is characterized in that wherein, according in the interference measurement set Repetition determines the corresponding interferometry resource of a channel quality and/or the corresponding letter of one channel measurement resource The number of road quality, including at least one of:

When the repetition is configured on, determine that the corresponding interferometry resource of a channel quality is one interference Measure a resource in resource collection；

When the repetition is configured on, determine that the number of the corresponding channel quality of one channel measurement resource is One, there are one of corresponding relationship with one channel quality according in the interference measurement set for one of channel quality Interferometry resource and one channel measurement resource obtain；

When the repetition is configured to off, determine that the corresponding interferometry resource of a channel quality is one dry Disturb a resource in measurement resource collection；

When the repetition is configured to off, the corresponding channel quality information of one channel measurement resource is determined Number is D, and the D channel quality information is corresponding in turn to D interferometry resource in the interferometry resource set；

When the repetition is configured to off, determine that the corresponding interferometry resource of a channel quality is one dry Disturb whole resources in measurement resource collection；

When the repetition is configured to off, the corresponding channel quality information of one channel measurement resource is determined Number is one, and one channel quality information is according to D interferometry resource in the interferometry resource set and described One channel measurement resource obtains.

27. the method according to claim 24 or 26, which is characterized in that wherein, the P value or one interference are surveyed The resource number D for including in amount resource collection meets one of following feature:

The P value or the D value are more than or equal to the N value；

The P value or the D value are more than or equal to the number Q that different spaces in N number of channel measurement resource receive information, Wherein, Q is the positive integer more than or equal to 1；

The P value or the D value are more than or equal to the channel measurement resource grouping number in the channel measurement set included；

The P value or the D value are more than or equal to the resource number in channel measurement resource grouping included, wherein described It include one or more described channel measurement resource grouping in channel measurement set.

28. according to the method for claim 24, which is characterized in that wherein, in the case where the P value is greater than 1, described Determine that interferometry resource includes following one according to P interferometry resource set:

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes the P There are an interferometry resource set of corresponding relationship with the channel measurement resource in a interferometry resource set In one or more resource；

Determine that the corresponding interferometry resource of each of described channel measurement resource collection channel measurement resource includes one A or multiple Secondary resources, a Secondary resource include surveying in the interferometry resource set with the channel Resource is measured there are a resource of corresponding relationship, the different Secondary resources correspond to disturbance measurement resource collection；

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes P institute One in interferometry resource set with the channel measurement resource about the quasi- co-located relationship of space reception parameter satisfaction is stated to do Disturb one or more resource in measurement resource collection；

Determine that the corresponding interferometry resource of each of described channel measurement resource collection channel measurement resource includes one A or multiple information resources, one information resources include surveying in the interferometry resource set with the channel It measures resource and receives the resource that parameter meets quasi- co-located relationship about space, the difference information resources correspond to disturbance survey Measure resource collection.

29. according to the method for claim 28, which is characterized in that wherein, including at least one of:

There are an interference measurements of corresponding relationship with the channel measurement resource in the P interferometry resource set Resource collection is determined according to the first signaling information and/or the first pre-defined rule；

Exist in each interferometry resource set with the channel measurement resource in P interferometry resource set pair The resource that should be related to is determined according to the second signaling information and/or the second pre-defined rule.

30. according to the method for claim 24, which is characterized in that wherein, described according to the P interferometry resource collection It closes and determines that interferometry resource includes at least one of:

In the case that the corresponding interferometry resource number of one channel measurement resource is greater than 1, according to signaling information and/or Treaty rule determines the corresponding interferometry resource of a channel quality and/or the corresponding channel matter of a channel measurement resource The number of amount:

Determine that the corresponding interferometry resource of a channel quality is the multiple interference according to signaling information and/or treaty rule Measure the interferometry resource or whole multiple interferometry resources in resource；

Determine that the corresponding channel quality number of a channel measurement resource is equal to 1 still according to signaling information and/or treaty rule Equal to the number of the multiple interferometry resource；

Wherein, include at least one information in the acquisition modes of the pre-defined rule:

The number N for the channel measurement resource for including in channel measurement resource collection；

Corresponding different spaces receive the number Q of information in channel measurement resource collection；

The number P of interferometry resource set；

The resource number D for including in interferometry resource set；

The configuring condition of transmission parameter repetition is repeated in interferometry resource set；Wherein, the repetition Configuring condition includes: not configure repetition, is configured with repetition, and repetition is configured on, Repetition is configured to off.

31. according to the method for claim 24, which is characterized in that wherein, described true according to P interferometry resource set Determining interferometry resource includes:

Determine that the corresponding interferometry resource of each channel measurement resource includes P measurement ginseng in N number of channel measurement resource Signal resource is examined, the difference measuring reference signals resource in the P measuring reference signals resources is described dry from P Disturb the difference interferometry resource set in measurement resource collection.

32. according to method described in any one in claim 24~26,28-31, which is characterized in that wherein, described dry It disturbs measurement resource collection and meets at least one following feature:

Configuration repeats to send parameter repetition in the interferometry resource set；

The interference measurement money that the co-located reference signal of standard of parameter is received about space is configured in the interferometry resource set The collection that source is constituted is combined into empty set；

The resource number that the difference interferometry resource set in the P interferometry resource set includes is identical；

The time domain specification of the P interferometry resource set is identical, and wherein time domain specification includes: the period, aperiodic, partly holds It is continuous；

The resource number for including in the interferometry resource set is more than or equal to the N value；

The resource number for including in the interferometry resource set is more than or equal to different in N number of channel measurement resource The number Q of space reception parameter；Wherein Q is the positive integer more than or equal to 1；

P interferometry resource set belong to an interference measurement corresponding with the channel measurement resource collection and provide Gather pond setting in source；

The interferometry resource aggregate type of the P interferometry resource set is identical；Wherein, the interferometry resource collection It includes following any one or more for closing type: channel state information-interference measurement CSI-IM interferometry resource set, non- Zero energy-channel state information-reference signal NZP-CSI-RS interferometry resource set；The interferometry resource set Type include it is following any one: channel in the corresponding channel measurement resource collection of the interferometry resource set It measures resource number and is greater than predetermined value；Believe in the corresponding channel measurement resource collection of one interferometry resource set Road measures resource number and is less than or equal to the predetermined value；

The P interferometry resource set and space receive information association；Wherein, it includes below extremely that the space, which receives information, One of few: space receives parameter, receives the co-located reference signal of standard of parameter about the space.

33. according to the method for claim 32, which is characterized in that wherein, including at least one of:

Repetition in each interferometry resource set in the P interferometry resource set sends parameter repetition It is configured on；

Repetition in each interferometry resource set in the P interferometry resource set sends parameter repetition It is configured to off；

According to each interferometry resource collection in the method for determination of the jamming resource and the P interferometry resource set Repetition in conjunction sends relevant between parameter repetition；

Interferometry resource set pond setting includes at least one of: CSI-IM interferometry resource set Setting, the NZP-CSI-RS interferometry resource set pond setting.

34. according to method described in any one in claim 24~26,28-31, which is characterized in that wherein, according to such as At least one lower information determines the resource number D for including in the P value or the interferometry resource set:

The resource number for including in the channel measurement resource collection；

Different spaces in the channel measurement resource collection receive the number of information；

The number of channel measurement resource grouping；

The resource number for including in the grouping of channel measurement resource；

The co-located reference letter of standard that the space receives parameter is associated with the presence or absence of at least one in the transmission configuration instruction TCI of configuration Number transmission configuration instruction state；

The space that communication node reports receives the number information of information；Wherein, the communication node is the interferometry resource Receiving node；

It wherein, include that one or more channel measurement resource is grouped in a channel measurement resource collection.

35. according to method described in any one in claim 24~26,28-31, which is characterized in that wherein, meet such as At least one lower feature:

In the case where the corresponding interferometry resource set of one channel measurement resource collection, a channel It measures and receives the quasi- co-located relationship of parameter satisfaction about space between any two resource in resource collection；

Parameter, which is received, about space between any two resource in one channel measurement resource collection meets quasi- co-located pass In the case where system, the corresponding interferometry resource set of a channel measurement resource collection；

Intersection non-empty between the channel measurement resource collection and the interferometry resource set；

Space when one measuring reference signals resource is as channel measurement resource and as interferometry resource receives information phase Together；

Space when one measuring reference signals resource is as channel measurement resource and as interferometry resource receives information and closes Join a group information；

One channel quality is according to one channel measurement resource and the corresponding interference measurement of one channel measurement resource One or more interferometry resource in resource obtains；

The number of the corresponding channel quality information of one channel measurement resource be equal to 1 or one channel measurement provide The number of the corresponding channel quality information in source is equal to the number of interferometry resource corresponding with one channel measurement resource.

36. a kind of information determining means, comprising:

First determining module for relevant between the first information and the second information, or reports the info class for including in information It is relevant between type and the method for determination of interferometry resource；

Wherein, second information includes at least one following: interferometry resource, interferometry resource configuration mode, on It notifies the information type for including in breath；

The first information includes at least one following: space receives information, resource distribution situation, signaling information；The space Receiving information includes at least one of: space receives parameter, the co-located reference signal of standard about space reception parameter, channel and surveys Measure the grouping information of resource.

37. a kind of information determining means, comprising:

Second determining module, for determining the corresponding P interferometry resource set of a channel measurement resource collection, wherein It include N number of channel measurement resource in the channel measurement resource collection；P, N are the positive integer more than or equal to 1；

Third determining module, for determining interferometry resource according to the P interferometry resource set.

38. a kind of information determining means, including processor and computer readable storage medium, the computer readable storage medium In be stored with instruction, which is characterized in that when described instruction is executed by the processor, realize as claims 1 to 35 it is any Information described in determines method.

39. a kind of computer readable storage medium, is stored thereon with computer program, which is characterized in that the computer program The step of determining method such as the described in any item information of claims 1 to 35 is realized when being executed by processor.

40. a kind of processing method of information element, including at least one of:

When the time interval of the control information and the first information element of dispatching the type I information element is less than predetermined door When limiting and meeting predetermined condition, the co-located information of standard of type I information element is obtained according to the co-located information of standard of the second category information element It takes；

When being unsatisfactory for predetermined condition, the control information for dispatching the type I information element and type I information member are determined The time interval of element is more than or equal to predetermined threshold；

The time interval of the control information and the first information element of dispatching the type I information element is less than predetermined threshold And in the case where being unsatisfactory for the predetermined condition, the type I information element is handled using predetermined process mode.

41. according to the method for claim 40, which is characterized in that wherein, the information element includes at least one of: Channel, signal.

42. according to the method for claim 40, which is characterized in that wherein, the predetermined condition includes at least one following:

The type I information element meets fisrt feature；

The second category information element meets second feature；

Meet third feature between the type I information element and the second category information element.

43. according to the method for claim 42, which is characterized in that wherein, the second feature includes at least one following:

The second category information element belongs to the information element of predefined type；

The co-located reference signal of standard of the second category information element belongs to the information element of predefined type；

Belong to the second category information element on different time domain symbol shared by the type I information element about the first kind Quasi- co-located parameter meets quasi- co-located relationship.

44. according to the method for claim 43, which is characterized in that the information element of the predefined type include it is following at least One of:

Cycle information element；Track reference signal.

45. according to the method for claim 42, which is characterized in that wherein, the fisrt feature includes at least one following:

The time-domain symbol number that the type I information element occupies is less than predetermined value；

The time-domain symbol number that the type I information element occupies in a time quantum is less than predetermined value；

The co-located parameter sets of standard of the type I information elements correlation belong to the quasi- co-located parameter of third class；

Repetition parameter repetition is configured in the corresponding configuration information of the first kind signal.

46. according to the method for claim 42, which is characterized in that wherein, the third feature includes at least one following:

The second category information element and the type I information element are in identical frequency domain bandwidth；

The co-located parameter sets of standard of the second category information elements correlation include that the standard of the type I information elements correlation is co-located Parameter sets；

The co-located ginseng of standard of the quasi- co-located parameter sets and the type I information elements correlation of the second category information elements correlation Difference between manifold conjunction is sky；

Belong to the second category information element on different time domain symbol shared by the type I information element about the first kind Quasi- co-located parameter meets quasi- co-located relationship；

Belong to the second category information element on continued time domain symbol shared by the type I information element about the first kind Quasi- co-located parameter meets quasi- co-located relationship；

Belong to the second category information element in discontinuous time-domain symbol shared by the type I information element about first The quasi- co-located parameter of class meets quasi- co-located relationship；

The standard that the co-located parameter sets of standard of the type I information elements correlation belong to the second category information elements correlation is co-located Parameter sets；

Corresponding first group information of type I information element and corresponding second group information of the second category information element it Between meet predetermined characteristic；

The time-domain symbol collection that the time-domain symbol set and the type I information element that the second category information element occupies are occupied Intersection non-empty between conjunction；

The second class channel includes having predetermined control channel in the time quantum nearest apart from the type I information element Control channel in the control channel resource of resource index；

Wherein, the time-domain symbol continuously includes one of following: time-domain symbol of the time-domain symbol in a time quantum Index is continuous, and the time-domain symbol is in type I information element time-domain symbol set shared in a time quantum Time-domain symbol relative indexing it is continuous.

47. according to the method for claim 46, which is characterized in that wherein, the first of the type I information elements correlation Meet predetermined characteristic, including at least one of between group information and the second group information of the second category information elements correlation:

First group information and second group information are identical or different；

The co-located information of standard of the quasi- co-located parameter of the 4th class of type I information elements correlation is according to the second category information elements correlation In the case where the co-located acquisition of information of standard of the quasi- co-located parameter of 4th class, the first group information of the type I information elements correlation and Meet predetermined characteristic between second group information of the second category information elements correlation, wherein the quasi- co-located parameter of the 4th class is not Parameter is received including space.

48. the method according to claim 45 or 46, which is characterized in that wherein, the of the i-th category information elements correlation I group information includes at least one of:

I-th information element group belonging to the i-th category information element；

Dispatch the i-th control channel resource group where the control channel of the i-th category information element；

The i-th reference signal group where the co-located reference signal of standard of the i-th category information element；

I-th antenna sets of the corresponding communication node of the i-th category information element, wherein the communication node is transmission described i-th The communication node of category information element；

Wherein, i is 1 or 2.

49. according to the method for claim 42, which is characterized in that wherein, the co-located letter of standard of the type I information element One of it ceases according to the quasi- co-located acquisition of information of the second category information element, including as follows:

The co-located information of standard of the type I information element is according to the institute in the time-domain symbol where the type I information element State the co-located acquisition of information of standard of the second category information element；

The co-located information of standard of the type I information element is according in the time-domain symbol where the type I information element, State the co-located acquisition of information of standard of the second category information element in the time-domain symbol of the second category information element；

The co-located information of standard of the type I information element is according in the time quantum nearest apart from the type I information element The co-located acquisition of information of standard of control channel resource with predetermined control channel resource index, wherein the second category information element Including the control channel resource；

The co-located information of standard of the type I information element is according in the time-domain symbol where the type I information element, State the second class letter in the time-domain symbol with predetermined time-domain symbol index in the time-domain symbol set of the second category information element Cease the co-located acquisition of information of standard of element；

The co-located information of standard in the continued time domain set of symbols of the type I information element is according in the continued time domain set of symbols There is second in the time-domain symbol with predetermined time-domain symbol index in the time-domain symbol set of the second category information element The co-located acquisition of information of standard of category information element；

The co-located information of standard in the discontinuous time-domain symbol group of the type I information element is according to the discontinuous time-domain symbol Have in the time-domain symbol with predetermined time-domain symbol index in the time-domain symbol set of the second category information element in group The co-located acquisition of information of standard of second category information element.

50. according to the method for claim 42, which is characterized in that wherein, the co-located information of standard include it is following at least it One: the co-located reference signal of standard of the quasi- co-located parameter of the association first kind, the quasi- co-located parameter of the first kind；Wherein, the first kind Quasi- co-located parameter includes that space receives parameter.

51. it is according to the method for claim 42, described when being unsatisfactory for the predetermined condition, to the type I information member Element is handled using predetermined process mode, including at least one of:

The type I information element is not transmitted；

The information element set where the type I information element is not transmitted；

The channel state information obtained based on the type I information element is not transmitted；

The co-located information of standard of the type I information element is according in the time quantum nearest apart from the type I information element The co-located acquisition of information of standard of control channel resource with predetermined control channel resource index, wherein the second category information element Intersection non-empty between the type I information element；

The co-located information of standard of the quasi- co-located parameter of the association third class of the type I information element is according to second information element The quasi- co-located parameter of association third class the co-located acquisition of information of standard；

The co-located information of standard of the quasi- co-located parameter of the second class of association of the type I information element is believed according to the first kind is dispatched Cease the acquisition of information indicated in the control information of element；

In the co-located parameter sets of standard of the type I information elements correlation, belong to the co-located information of standard of predetermined difference set according to scheduling The acquisition of information indicated in the control information of the type I information element；

The co-located information of standard of the quasi- co-located parameter of the second class of association of the type I information element is believed according to apart from the first kind Association the second class standard for ceasing the control channel resource with predetermined control channel resource index in the nearest time quantum of element is total The co-located acquisition of information of standard of location parameter.

52. method according to claim 51, which is characterized in that wherein,

The co-located parameter of the third class standard includes at least one following quasi- co-located parameter: space receives parameter, Doppler shift, puts down Postpone；Alternatively, the quasi- co-located parameter of the third class include the type I information elements correlation the co-located parameter sets of standard with Intersection between the co-located parameter sets of standard of the second category information elements correlation；And/or

The quasi- co-located parameter of second class includes at least one following quasi- co-located parameter: doppler spread, averagely increases delay extension Benefit；Alternatively, the quasi- co-located parameter of second class include the type I information elements correlation the co-located parameter sets of standard with it is described Difference set between the co-located parameter sets of standard of second category information elements correlation.

53. a kind of processing unit of information element, comprising:

Processing module, for executing at least one of:

When the time interval of the control information and the first information element of dispatching the type I information element is less than predetermined door When limiting and meeting predetermined condition, the co-located information of standard of type I information element is obtained according to the co-located information of standard of the second category information element It takes；

When being unsatisfactory for predetermined condition, the control information for dispatching the type I information element and type I information member are determined The time interval of element is more than or equal to predetermined threshold；

The time interval of the control information and the first information element of dispatching the type I information element is less than predetermined threshold And in the case where being unsatisfactory for the predetermined condition, the type I information element is handled using predetermined process mode.

It is described computer-readable to deposit 54. a kind of processing unit of information element, including processor and computer readable storage medium Instruction is stored in storage media, which is characterized in that when described instruction is executed by the processor, realization such as claim 40~ The processing method of 52 described in any item information elements.

55. a kind of computer readable storage medium, is stored thereon with computer program, which is characterized in that the computer program The step of processing method such as the described in any item information elements of claim 40~52 is realized when being executed by processor.

Technical field

The present embodiments relate to but be not limited to the communication technology, espespecially a kind of information determines method and apparatus, information element Treating method and apparatus.

Background technique

In multi-beam channel state measurement, a transmission wave beam had often not only been needed as channel measurement, but also needed conduct In the case where interference measurement, the A reception wave beam that wave beam needs corresponding receiving end is sent when one, and receiving end synchronization pair When the number B that one sends the reception wave beam that wave beam can be got is greater than or equal to A, effective channel status may be implemented and survey Amount；And the A reception wave beam that wave beam needs corresponding receiving end is sent when one, and receiving end synchronization is for a send wave When the number B for the reception wave beam that beam can be got is less than A, effective channel state measurement cannot achieve.

When time interval between scheduling channel and/or the control signaling and channel and/or signal of signal is less than predetermined value, It is also to solve the problems, such as herein that how the co-located reference signal of the standard of the channel and/or signal, which obtains,.

Summary of the invention

The embodiment of the invention provides a kind of information to determine method and apparatus, the treating method and apparatus of information element, energy Enough reception wave beam number B that can be got in receiving end synchronization for a transmission wave beam are less than transmission wave beam needs pair In the case where the number A of the reception wave beam for the receiving end answered, effective channel state measurement is realized.

The embodiment of the invention provides a kind of information to determine method, comprising:

It is relevant between the first information and the second information, or the information type for including in information and interference measurement is reported to provide It is relevant between the method for determination in source；

Wherein, second information includes at least one following: the configuration side of interferometry resource, interferometry resource Formula reports the information type for including in information；

The first information includes at least one following: space receives information, resource distribution situation, signaling information；It is described It includes at least one of that space, which receives information: space receives parameter, the co-located reference signal of standard about space reception parameter, letter The grouping information of road measurement resource.

The embodiment of the invention provides a kind of information to determine method, comprising:

Determine the corresponding P interferometry resource set of a channel measurement resource collection, wherein the channel measurement money It include N number of channel measurement resource in the set of source；P, N are the positive integer more than or equal to 1；

Interferometry resource is determined according to the P interferometry resource set.

The embodiment of the invention provides a kind of information determining means, comprising:

First determining module for relevant between the first information and the second information, or reports the letter for including in information It ceases relevant between type and the method for determination of interferometry resource；

Wherein, second information includes at least one following: the configuration side of interferometry resource, interferometry resource Formula reports the information type for including in information；

The first information includes at least one following: space receives information, resource distribution situation, signaling information；It is described It includes at least one of that space, which receives information: space receives parameter, the co-located reference signal of standard about space reception parameter, letter The grouping information of road measurement resource.

The embodiment of the invention provides a kind of information determining means, comprising:

Second determining module, for determining the corresponding P interferometry resource set of a channel measurement resource collection, In, it include N number of channel measurement resource in the channel measurement resource collection；P, N are the positive integer more than or equal to 1；

Third determining module, for determining interferometry resource according to the P interferometry resource set.

The embodiment of the invention provides a kind of information determining means, including processor and computer readable storage medium, institutes It states and is stored with instruction in computer readable storage medium, when described instruction is executed by the processor, realize any of the above-described kind Information determines method.

The embodiment of the invention provides a kind of computer readable storage mediums, are stored thereon with computer program, the meter Calculation machine program realizes the step of any of the above-described kind of information determines method when being executed by processor.

The embodiment of the invention provides a kind of processing methods of information element, including at least one of:

When the time interval of the control information and the first information element of dispatching the type I information element is less than in advance When determining thresholding and meeting predetermined condition, the co-located information of standard of type I information element is according to the co-located letter of standard of the second category information element Breath obtains；

When being unsatisfactory for predetermined condition, the control information for dispatching the type I information element and first kind letter are determined The time interval for ceasing element is more than or equal to predetermined threshold；

The time interval of the control information and the first information element of dispatching the type I information element is less than predetermined Thresholding and in the case where being unsatisfactory for the predetermined condition, to the type I information element using at predetermined process mode Reason.

The embodiment of the invention provides a kind of processing units of information element, comprising:

Processing module, for executing at least one of:

When the time interval of the control information and the first information element of dispatching the type I information element is less than in advance When determining thresholding and meeting predetermined condition, the co-located information of standard of type I information element is according to the co-located letter of standard of the second category information element Breath obtains；

When being unsatisfactory for predetermined condition, the control information for dispatching the type I information element and first kind letter are determined The time interval for ceasing element is more than or equal to predetermined threshold；

The time interval of the control information and the first information element of dispatching the type I information element is less than predetermined Thresholding and in the case where being unsatisfactory for the predetermined condition, to the type I information element using at predetermined process mode Reason.

The embodiment of the invention provides a kind of processing units of information element, including processor and computer-readable storage medium Matter is stored with instruction in the computer readable storage medium, when described instruction is executed by the processor, realizes above-mentioned A kind of processing method of information element.

The embodiment of the invention provides a kind of computer readable storage mediums, are stored thereon with computer program, the meter The step of calculation machine program realizes the processing method of any of the above-described kind of information element when being executed by processor.

One embodiment of the invention includes: relevant between the first information and the second information, or reports in information and include Information type and interferometry resource method of determination between it is relevant；Wherein, second information include it is following at least it One: interferometry resource, interferometry resource configuration mode, report the information type for including in information；The first information Including at least one following: space receives information, resource distribution situation, signaling information；It includes following that the space, which receives information, At least one: the grouping letter of space reception parameter, the co-located reference signal of standard that parameter is received about space, channel measurement resource Breath.The embodiment of the present invention is less than in the reception wave beam number B that receiving end synchronization can get a transmission wave beam should It is related between the first information and the second information in the case where sending the number A of reception wave beam that wave beam needs corresponding receiving end Connection, or report relevant between the method for determination of the information type and interferometry resource that include in information, it realizes effectively Channel state measurement.

Another embodiment of the present invention comprises determining that the corresponding P interferometry resource of a channel measurement resource collection Set, wherein include N number of channel measurement resource in the channel measurement resource collection；P, N are just whole more than or equal to 1 Number；Interferometry resource is determined according to the P interferometry resource set.The embodiment of the present invention is in receiving end synchronization pair The reception wave beam number B that wave beam can be got is sent in one is less than the reception wave beam that the transmission wave beam needs corresponding receiving end Number A in the case where, interferometry resource is determined based on P interferometry resource set, realizes effective channel status Measurement.

Another embodiment of the present invention includes at least one of: when the control information for dispatching the type I information element When being less than predetermined threshold with the time interval of the first information element and meet predetermined condition, the standard of type I information element is total Location information is according to the co-located acquisition of information of standard of the second category information element；When being unsatisfactory for predetermined condition, scheduling described first is determined The control information of category information element and the time interval of the type I information element are more than or equal to predetermined threshold；Scheduling institute The time interval of the control information and the first information element of stating type I information element is less than predetermined threshold and is unsatisfactory for institute In the case where stating predetermined condition, the type I information element is handled using predetermined process mode.The embodiment of the present invention Realize dispatch the control information of the type I information element and the time interval of the type I information element be greater than or The acquisition of the co-located reference signal of standard when equal to predetermined threshold.

The other feature and advantage of the embodiment of the present invention will illustrate in the following description, also, partly from explanation It is become apparent in book, or understood by implementing the embodiment of the present invention.The purpose of the embodiment of the present invention and other advantages It can be achieved and obtained by structure specifically noted in the specification, claims and drawings.

Detailed description of the invention

Attached drawing is used to provide one for further understanding technical solution of the embodiment of the present invention, and constituting specification Point, it is used to explain the present invention the technical solution of embodiment together with the embodiment of the embodiment of the present invention, does not constitute to the present invention The limitation of embodiment technical solution.

Fig. 1 is the flow chart that the information that one embodiment of the invention proposes determines method；

Fig. 2 is the flow chart that the information that another embodiment of the present invention proposes determines method；

Fig. 3 is the different schematic diagram of the optimal reception wave beam of different channels of embodiment of the present invention measurement wave beam；

Fig. 4 is that channel measurement of embodiment of the present invention wave beam and interference measurement wave beam use entirely from different TRP and receiving end To received schematic diagram；

Fig. 5 is channel measurement of embodiment of the present invention wave beam and interference measurement wave beam from different TRP and different channels measure The different schematic diagram of the optimal reception wave beam of wave beam；

Fig. 6 is channel measurement of embodiment of the present invention wave beam and interference measurement wave beam from different TRP and different channels measure The identical or different schematic diagram of the optimal reception wave beam of wave beam；

The signal one for occupying situation of Fig. 7 third class channel in the time-domain symbol where aperiodic measuring reference signals；

The signal two for occupying situation of Fig. 8 third class channel in the time-domain symbol where aperiodic measuring reference signals；

Fig. 9 is first kind channel and/or signal and the second class channel and/or when signal comes from different TRP, the It cannot be established between a kind of channel and/or signal and the second class channel and/or signal about the quasi- co-located parameter of the 4th class The schematic diagram of quasi- co-located relationship.

Specific embodiment

The embodiment of the present invention is described in detail below in conjunction with attached drawing.It should be noted that in the feelings not conflicted Under condition, the feature in embodiment and embodiment in the present invention can mutual any combination.

Step shown in the flowchart of the accompanying drawings can be in a computer system such as a set of computer executable instructions It executes.Also, although logical order is shown in flow charts, and it in some cases, can be to be different from herein suitable Sequence executes shown or described step.

In the following embodiments, channel measurement resource (CMR, Channel Measurement Resource) expression is used for The measuring reference signals resource of channel measurement, such as CMR include the resource in Resource setting for CM, and interference is surveyed Measuring resource (IMR, Interference Measurement Resource) indicates that the measuring reference signals for interference measurement provide Source, such as IMR include the resource in Resource setting for IM, and wherein interferometry resource includes CSI-IM resource With NZP-CSI-RS resource.

In the following embodiments, a measuring reference signals resource can be a channel state information-reference signal (CSI-RS, Channel State Information-Reference Signal) resource, is also possible to a synchronized broadcast Block (SSB, Synchronization Signals/ Physical Broadcast Channel (PBCH, Physical Broadcast Channel) Block) resource.If certain following proposal is used for out-hole run, a measuring reference signals resource is also possible to a uplink Measuring reference signals resource.It is unless stated otherwise, otherwise described in described below " resource " it is measuring reference signals resource.

It in the following embodiments, include one or more resource in a resource collection pond (Resource setting) Gather (Resource set, i.e., the described channel measurement resource collection or the interferometry resource set), a Resource It include one or more measuring reference signals resource in set.

In the following embodiments, interferometry resource can be NZP-CSI-RS interferometry resource, or CSI- IM interferometry resource.Wherein meeting configuration sequence resource configures measuring reference signals in NZP-CSI-RS interferometry resource, The power interfered according to the measuring reference signals in NZP-CSI-RS interferometry resource.In CSI-IM interferometry resource Will not configuration sequence resource i.e. also do not configure measuring reference signals, the power of the reception signal in CSI-IM interferometry resource is For the power of interference.

In the following embodiments, include about a kind of quasi- co-located quasi- co-located relationship of parameter satisfaction between two reference signals At least one of:

The co-located parameter of standard of one reference signal can be obtained according to the co-located parameter of standard of another reference signal It takes；

The co-located reference signal of standard about a kind of quasi- co-located parameter of two reference signals is identical, for example, CSI-RS1 about The co-located reference signal of standard that space receives parameter is CSI-RS3, and CSI-RS2 receives the co-located reference signal of standard of parameter about space For CSI-RS3, then CSI-RS1 and CSI-RS2 receives the quasi- co-located relationship of parameter satisfaction about space.

In the following embodiments, channel state information-reference signal (CSI-RS, Channel State Information-Reference Signal) resource instruction (CRI, CSI-RS Resource Indicator) i expression non-zero Power-channel state information-reference signal (NZP-CSI-RS, Non Zero Power-Channel State Information-Reference Signal) resource i, i=0,1 ... it is resource index.

In the following embodiments, parameter is received about space in the channel measurement resource collection meet quasi- co-located relationship Channel measurement resource thinks to be associated with identical space and receives information, receives parameter about space in the channel measurement resource collection The channel measurement resource for being unsatisfactory for quasi- co-located relationship thinks that being associated with different spaces receives information.

In the following embodiments, it can be received simultaneously by communication node with the identical channel measurement resource for receiving information, i.e., It can received channel measurement resource thinks to be associated with identical space and receives information simultaneously by communication node, it may not be possible to by communication section Received channel measurement resource thinks that being associated with different spaces receives information to point simultaneously；Such as with the identical channel for receiving information Measurement resource belongs to a channel measurement resource grouping, belongs to the channel measurement resource associations of different channels measurement resource grouping not With information is received, wherein terminal can receive the channel measurement resource in a grouping simultaneously, cannot receive the letter in different grouping Road measures resource.Or belong to different channel measurement resource groupings with the identical channel measurement resource for receiving information, wherein Terminal cannot receive the channel measurement resource in a grouping simultaneously, can receive the channel measurement resource in different grouping；Wherein It include one or more grouping in one channel measurement set.

In the following embodiments, transmission includes sending and/or receiving.

In the following embodiments, relevant between described two parameters includes at least one following: the value of a parameter It is obtained according to the value of another parameter；The value range of one parameter is obtained according to the value or value range of another parameter It arrives；Certain valued combinations of described two parameters cannot occur simultaneously；It is configured in the configuration information of parameter 1 associated with parameter 1 Parameter 2；The corresponding relationship between two parameters is determined by signaling information and/or treaty rule.

Referring to Fig. 1, one embodiment of the invention proposes a kind of information and determines method, comprising:

It is relevant between step 100, the first information and the second information, or report the information type for including in information and do It disturbs relevant between the method for determination of measurement resource；Wherein, second information includes at least one following: interference measurement money Source, interferometry resource configuration mode, report the information type for including in information；The first information include it is following at least it One: space receives information, resource distribution situation, signaling information；It includes at least one of that the space, which receives information: space connects It receives parameter, receive the co-located reference signal of standard, the grouping information of channel measurement resource of parameter about space.

In embodiments of the present invention, receiving end determines at least one following according to the space of reference signal reception information: dry Disturb measurement resource；The configuration mode of interferometry resource.Receiving end receives information according to the space of reference signal and obtains receiving ginseng Examine the space receiving filter of signal.

In embodiments of the present invention, between the first information and the second information it is relevant refer to it is available according to one of them Another.For example, available second information according to the first information, for another example, according to the available first information of the second information.

In embodiments of the present invention, between the method for determination for reporting the information type and interferometry resource that include in information It is relevant include: according to one of them it is available another.For example, according to reporting the information type for including in information can be with The method of determination of interferometry resource is obtained, for another example, is reported in information according to the method for determination of interferometry resource is available Including information type.

In embodiments of the present invention, the grouping information of channel measurement resource includes at least one of: channel measurement resource Grouping number, one grouping in include resource number.

In embodiments of the present invention, it includes following any one that space, which receives relevant between information and interferometry resource, It is a:

Determine that the interferometry resource includes one or more resource in first kind set；Wherein, multiple resources For resource some or all of in first kind set；

Determine that receiving parameter about the space between any two resource in the interferometry resource meets standard altogether Location relationship；

Determine that the interferometry resource includes in the difference set of the resource and channel measurement resource in the first kind set One or more resource；Wherein, multiple resources are resource some or all of in difference set；

About the sky between any two resource in channel measurement resource collection where the channel measurement resource Between receive in the case that parameter meets quasi- co-located relationship, interferometry resource includes channel measurement resource collection and channel measurement money One or more resource in difference set between source；Wherein, multiple resources are resource some or all of in difference set.

Wherein, the first kind set includes at least one of:

The money that parameter meets quasi- co-located relationship is received about the space with the channel measurement resource in second class set The set that source is constituted；

Set including following resource: there are one of corresponding relationship with the channel measurement resource in third class set One resource；Wherein, there are corresponding relationships to refer to channel measurement resource for first resource: position of the first resource in third class set It sets and is associated with position of the channel measurement resource in channel measurement resource collection, one of location information can be according to another Location information obtains；

There are the 4th class set of corresponding relationship with the channel measurement resource in first kind set pond setting；Wherein, There are corresponding relationships to refer to channel measurement resource for 4th class set: including channel measurement resource in the 4th class set.

Wherein, including at least one of:

The first resource and the channel measurement resource receive parameter about the space and meet quasi- co-located relationship；

The collection that the resource composition of the co-located reference signal of standard of parameter is received about space is configured in the third class set It is combined into empty set；

Configuration repeats to send parameter repetition in the third class set；Specifically, when including in third class set Resource number be greater than 1 when, configuration repeat send parameter repetition；

The predetermined class measuring reference signals parameter information of the resource of the third class set is identical, wherein the predetermined class Measuring reference signals parameter information includes at least one of: space receives information, power parameter, quasi- co-located information；Wherein, quasi- Co-located information includes: the co-located reference signal of standard of a kind of quasi- co-located parameter of association, quasi- co-located parameter；

The third class set is combined into the second class setting one or more set in addition to the 5th class set, or Third class set described in person belongs to the second class setting, wherein the 5th class set and channel measurement resource presence pair It should be related to；

The second class set includes the channel measurement resource collection where the channel measurement resource；

Resource and the channel measurement resource in the 4th class set receive parameter about the space and meet standard altogether Location relationship；

Configuration repeats to send parameter repetition in the 4th class set；When the resource for including in the 4th class set When number is greater than 1, configuration repeats to send parameter repetition；

It is off that the repetition configured in the 4th class set, which sends parameter repetition,；

The resource number for including in each set of the first kind setting is identical.

Wherein, the second class setting meets at least one following feature:

The resource number for including in each set in the second class setting is identical；

It is total that the standard for receiving parameter about space is configured in each of the second class setting third class set The collection of the resource composition of location reference signal is combined into empty set；

Configuration repeats to send parameter repetition in each of the second class setting third class set；

The repetition configured in each of the second class setting third class set sends parameter repetition It is configured on；

The predetermined class measuring reference signals of resource in each of the second class setting third class set are joined Number information is identical.

Wherein, position of the first resource in the third class set and the channel measurement resource are in the 6th class set Position association in conjunction；

Alternatively, the 4th class is integrated into position in the first kind setting and the channel measurement resource the Position association in six class set；

Wherein, the 6th class set include it is following any one:

Channel measurement resource collection where the channel measurement resource；

The set of the resource composition except predetermined resource is removed in channel measurement resource collection；Wherein, predetermined resource according to There are corresponding relationships between acquisition of information or predetermined resource and third class set or the 4th class set；

Each element in the 6th class set includes a 7th class set；Wherein, same 7th class set Resource in conjunction corresponds to the same space and receives information, and the resource in the different 7th class set corresponds to different described Space receives information；The channel measurement resource is indicated in the position in the 6th class set where the channel measurement resource The index of the 7th class set.

In embodiments of the present invention, relevant between at least one first number and following information:

Different spaces receive the number of information in channel measurement resource collection where the channel measurement resource；

The space that communication node is got simultaneously receives the ability of parameter；Wherein, the communication node is the interference measurement The receiving node of resource；Wherein, the ability that the space that communication node is got simultaneously receives parameter includes communication node while can connect The space of receipts receives the number of parameter or communication node and received can receive parameter about space simultaneously and be unsatisfactory for quasi- co-located relationship Reference signal number；Further, communication node can receive the reference signal for belonging to a reference signal group simultaneously, no The reference signal or communication node that different reference signal groups can be received simultaneously can receive simultaneously belongs to different reference signal groups Reference signal, the reference signal for belonging to a reference signal group cannot be received simultaneously；

The grouping information for including in the channel measurement resource collection；Wherein, belong to the reference signal resource of a grouping, The communication node can receive simultaneously, belong to the reference signal resource of different grouping, and the communication node cannot receive simultaneously；Or Person belongs to the reference signal resource of different grouping, and the communication node can receive simultaneously, belongs to the reference signal money of same packets Source, the communication node cannot receive simultaneously；

The resource number for including in the channel measurement resource collection；

Wherein, first number include it is following any one:

The resource number for including in the third class set, the number for the 4th class set for including in first kind setting.

In embodiments of the present invention, first number meets one of following feature:

First number is more than or equal to second number；

First number is more than or equal to second number and subtracts 1；

First number is second several integral multiple；

Wherein, second number is obtained according at least one following: different spaces in the channel measurement resource collection Receive the number of information；The grouping number for including in the channel measurement resource collection；One in the channel measurement resource collection It is a to be grouped the maximum measuring reference signals resource number for including；Different spaces receive information in the channel measurement resource collection The space that number and communication node are got simultaneously receives the quotient of the number of information；The money for including in the channel measurement resource collection Source number.

In embodiments of the present invention, relevant between space reception information and the configuration mode of interferometry resource to include:

At least one following information is relevant between the configuration mode of the interferometry resource, i.e., according to one of them It is available another, such as according to the configuration mode of the available interferometry resource of at least one following information, for another example, According at least one available following information of the configuration mode of interferometry resource:

Whether deposited in the transmission configuration instruction (TCI, Transmission Configuration Indication) of configuration Information state (TCI is indicated in the transmission configuration that at least one is associated with the co-located reference signal of standard that the space receives parameter state)；

The space that communication node reports receives the number information of information；Wherein, the communication node is the interference measurement The receiving node of resource, the configuration mode of the interferometry resource include at least one of: the channel measurement money Different resource in the set of source shares an interferometry resource set；Different moneys in one channel measurement resource collection Source respectively corresponds an interferometry resource set.Wherein, the space that communication node reports receives the number of parameter, can also claim The number and/or communication node that wave beam is received used in one NZP-CSI-RS of reception reported for communication node request one The resource number that the repetition for including in NZP-CSI-RS set is sent.

In embodiments of the present invention, space receive between information and the configuration mode of interferometry resource it is relevant include with It is at least one lower:

In the first case, the configuration mode for determining the interferometry resource is in a channel measurement resource collection Different resource shares an interferometry resource set；

In a second situation, the configuration mode for determining the interferometry resource is in a channel measurement resource collection Each resource respectively corresponds an interferometry resource set；

Wherein, first situation includes at least one following situation: there is no associations in the transmission configuration instruction of configuration The space receives the transmission configuration instruction state of the co-located reference signal of standard of parameter；The space that the communication node reports The number for receiving information is less than or equal to predetermined value；The corresponding space of the channel measurement resource collection receives information Number is less than or equal to the maximum number that the corresponding space of the communication node synchronization receives information；

Second situation includes at least one following situation: there are at least one associations in the transmission configuration instruction of configuration Space receives the transmission configuration instruction state of the co-located reference signal of standard of parameter；The space that the communication node reports receives information Number be greater than predetermined value；The number that the corresponding space of the channel measurement resource collection receives information is greater than the communication The corresponding space of node synchronization receives the maximum number of information.

Wherein, the resource distribution situation includes at least one following:

The configuring condition of the number N for the channel measurement resource for including in channel measurement resource collection；

The corresponding different spaces of channel measurement resource collection receive the configuring condition of the number Q of information；

The configuring condition of the number P of interferometry resource set；

The configuring condition for the resource number D for including in interferometry resource set；

The configuring condition of transmission parameter repetition is repeated in interferometry resource set；

Wherein, N, P, Q, D are nonnegative integer；The configuring condition of the repetition includes at least one of: not being had Configuration repetition, it repetition, repetition is configured with is configured on, repetition and be configured to off.

Wherein, the corresponding different spaces of the channel measurement resource collection receive the number Q of information, meet following feature extremely It is one of few:

Parameter, which is received, about space with the channel measurement resource that same space receives information meets quasi- co-located relationship；

The channel measurement resource for receiving information with same space can be received simultaneously by communication node；

Belong to a channel measurement resource grouping with the channel measurement resource that same space receives information, or there is phase The channel measurement resource that isospace receives information belongs to different channel measurement resource groupings；

It wherein, include that one or more channel measurement resource is grouped in a channel measurement set.

Wherein, relevant between the first information and the second information includes at least one of:

In the case that first value is greater than 1, information is reported according to the first signaling information and/or the determination of the first pre-defined rule In whether include the interferometry resource set index information；

In the case where meeting first condition, determine that the interferometry resource includes P interferometry resource, wherein P is big When 1, the different interferometry resources is in the different interferometry resource set；

In the case where meeting second condition, determine that the interferometry resource includes one interferometry resource A resource in set；

In the case that second value is greater than 1, information is reported according to the second signaling information and/or the determination of the second pre-defined rule In whether include the interferometry resource index information；

In the case where meeting fourth condition, determine that the interferometry resource includes one interferometry resource set In a resource；

In the case where meeting third condition, determine that the interferometry resource includes one interferometry resource set In whole resources；

Wherein, first value includes one of following: the P value, the N value, the Q value；The second value includes such as It is one of lower: the D value, the N value, the Q value.

Wherein, including at least one of:

The first condition includes at least one following: first value is greater than 1；Described report in information does not include described Interferometry resource index of set；Repetition in the interferometry resource set is configured on；

The second condition includes at least one following: the first value is greater than 1；Described report in information includes that the interference is surveyed Measure resource collection index；Repetition in the interferometry resource set is configured on；

The third condition includes at least one following: second value is greater than 1；Described report does not include the interference in information Measure resource index；Repetition in the interferometry resource set is configured to off；

The fourth condition includes at least one following: second value is greater than 1；Described report in information includes that the interference is surveyed Measure resource index；Repetition in the interferometry resource set is configured to off；

The interferometry resource of the determination is the corresponding interferometry resource of a channel quality.

Wherein, resource distribution situation and the configuration mode for reporting the information type and jamming resource that include in information Between it is relevant include at least one of:

When meeting fifth condition, the repetition in the interferometry resource set is configured on；Wherein, described Fifth condition includes at least one following: the P value is greater than 1；The N value is greater than 1；The Q value is greater than 1；It is described to report information In include interferometry resource index of set；

When meeting Article 6 part, the repetition in the interferometry resource set is configured to off；Wherein, institute It includes at least one following for stating Article 6 part: the D value is greater than 1；The N value is greater than 1；The Q value is greater than 1；It notifies on described It include that interferometry resource indexes in breath.

Wherein, resource distribution situation and report between the information type for including in information it is relevant include it is following at least it One:

When the repetition is configured on, described report includes interferometry resource index of set in information；

When the repetition is configured to off, described report in information includes that interferometry resource is surveyed in the interference Measure the index in resource collection；

When the N value is greater than 1, described report in information includes channel measurement resource in the channel measurement resource collection Index；

When the N value is equal to 1, described report in information does not include channel measurement resource in the channel measurement resource collection In index；

When the P value or the N value or the Q value are greater than 1, described report includes interferometry resource set rope in information Fuse breath；

When the P value or the N value or the Q value are equal to 1, described report does not include interferometry resource set in information Index information；

When the D value or the N value or the Q value are greater than 1, described report in information includes that interferometry resource is being interfered Measure the index information in resource collection；

When the D value or the N value or the Q value are equal to 1, described report in information does not include interferometry resource dry Disturb the index information in measurement resource collection.

It is wherein, described that report the information type for including in information include at least one of:

Described report includes predetermined class interferometry resource set index information in information；

Described report in information includes predetermined class interferometry resource in the predetermined class interferometry resource set Index information；

Wherein, the predetermined class interferometry resource includes at least one following: CSI-IM interferometry resource, NZP- CSI-RS interferometry resource.

It is wherein, described that report the information type for including in information include at least one of:

One or more following information combination (channel state information-reference signal CSI-RS resource instruction CRI or list Sideband indexes SSBIndex, K31 first kind interferometry resource index of set, K32 the second class interferometry resource set Index, signal-to-noise ratio SINR)；Wherein, K31, K32 belong to { 0,1 }；

One or more following information combination (CRI or SSBIndex, Reference Signal Received Power RSRP, K21 a first Class interferometry resource index of set, K22 the second class interferometry resource index of set, K2 SINR)；Wherein K21, K22 For nonnegative integer and/or K21, at least one in K22 is equal to K2, and K2 is the positive integer more than or equal to 1；

One or more following information combination (K41 first kind interferometry resource index of set, the interference of the second class of K42 Measure resource collection index, SINR)；Wherein, K41, K42 belong to { 0,1 }；

One or more following information combination (CRI or SSBIndex, K51 first kind interferometry resource index, K52 Second class interferometry resource index, SINR)；Wherein, K51, K52 belong to { 0,1 }；

One or more following information combines (CRI or SSBIndex, RSRP, K61 first kind interferometry resource rope Draw, K62 the second class interferometry resource index, K6 SINR)；Wherein K61, K62 are nonnegative integer, and in K61, K62 at least One is equal to K6, and K6 is the positive integer more than or equal to 1；

One or more following information combination (K71 first kind interferometry resource index, K72 the second class interference measurement Resource index, SINR)；Wherein K71, K72 belong to { 0,1 }, and K71+K72 is greater than 0；

Wherein, first kind interferometry resource is CSI-IM interferometry resource, and the second class interferometry resource is NZP- CSI-RS interferometry resource.

It is wherein, described that report the information type for including in information include at least one of:

One or more following information combination: (CRI or SSBIndex, SINR)；

One or more following information combination (CRI or SSBIndex, RSRP, one or more SINR)；

One or more following information combination: SINR；

One or more following information combination: (CRI or SSBIndex, interferometry resource index of set, SINR)；

One or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource set rope Draw, K2 SINR)；

One or more following information combination: (interferometry resource index of set, SINR)；

One or more following information combination: (CRI or SSBIndex, interferometry resource index, SINR)；

One or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index, K2 A SINR), wherein the K2；

One or more following information combination: (interferometry resource set, SINR).

Wherein, relevant between the first information and the second information includes at least one of:

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, interferometry resource index of set, SINR) in the case where, one or more of information combinations are from N*P Selection obtains in SINR；Wherein, the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource set, often A resource in the corresponding channel measurement resource of a SINR and an interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index of set, K2 SINR) in the case where, one or more of RSRP It is to select to obtain from N number of RSRP；Wherein, the corresponding channel measurement resource of each RSRP, different RSRP correspond to different Channel measurement resource, K2 interferometry resource index of set and K2 SINR in the combination of information are from P SINR What selection obtained；Each SINR in P SINR is surveyed according to the corresponding channel measurement resource of one RSPR and an interference The resource measured in resource collection obtains, and the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource collection It closes；

It is described that report the information type for including in information include one or more following information combination: (interference measurement money Source index of set, SINR) in the case where, one or more of information combinations are that selection obtains from N*P SINR；Its In, a resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, the N value is equal to 1, the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, interferometry resource index, SINR) in the case where, one or more of information combinations are from N*D SINR What middle selection obtained；Wherein, one in the corresponding channel measurement resource of each SINR and an interferometry resource set Resource, the corresponding D SINR sequence of a channel measurement resource correspond to D interference in the same interferometry resource set and survey Measure resource；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resources index, K2 SINR) in the case where, one or more of RSRP be from Selection obtains in N number of RSRP；Wherein, the corresponding channel measurement resource of each RSRP, different RSRP correspond to different channels Resource is measured, the K2 interferometry resource index of set and K2 SINR in an information combination are selected from D SINR It obtains；Each SINR in P SINR is according to the corresponding channel measurement resource of one RSPR and an interference measurement money A resource in the set of source obtains, the corresponding same interference measurement money of the corresponding D SINR sequence of a channel measurement resource D interferometry resource in the set of source；

It is described that report the information type for including in information include one or more following information combination: (interference measurement money Source index of set, SINR) in the case where, one or more of information combinations are that selection obtains from N*P SINR；Its In, a resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, the N value is equal to 1, the corresponding D SINR sequence of a channel measurement resource corresponds to D interference measurement in the same interferometry resource set Resource.

Wherein, including at least one of:

The interferometry resource index of set usesA bit indicates；

The interferometry resource index is using useA bit indicates.

In embodiments of the present invention, the interferometry resource is NZP-CSI-RS resource.

In embodiments of the present invention, resource or the first resource include at least one of: reference signal resource, synchronization Signal resource, interferometry resource.

In embodiments of the present invention, the interferometry resource of the determination is that one channel measurement resource is corresponding dry Disturb measurement resource；Or the interferometry resource of the determination is the corresponding interferometry resource of a channel quality.

In embodiments of the present invention, including at least one of:

One channel quality information is obtained according to an interferometry resource in the interferometry resource of the determination；Or Person, a channel quality information are obtained according to all interferometry resources in the interferometry resource of the determination；

One channel quality is according to one channel measurement resource and the corresponding interference of one channel measurement resource One or more interferometry resource in measurement resource obtains；

The number of the corresponding channel quality information of one channel measurement resource be equal to 1 or one channel survey The number for measuring the corresponding channel quality information of resource is equal to interferometry resource corresponding with one channel measurement resource Number.

Wherein, meet one of following feature:

One channel quality information is obtained according to an interferometry resource in the interferometry resource of the determination In the case of, a channel measurement resource corresponds to X channel quality information, and wherein X is equal in the interferometry resource of the determination Including interferometry resource number；

One channel quality information is obtained according to all interferometry resources in the interferometry resource of the determination In the case of, the corresponding channel quality information of a channel measurement resource；

Wherein, the channel quality includes one of following: channel quality indicates (CQI, Channel Quality Indicator), signal-to-noise ratio (SINR, Signal to Interference plus Noise Ratio).

The embodiment of the present invention is small in the reception wave beam number B that receiving end synchronization can get a transmission wave beam In the case that the transmission wave beam needs the number A of reception wave beam of corresponding receiving end, between the first information and the second information It is relevant, or report relevant between the method for determination of the information type and interferometry resource that include in information, it realizes Effective channel state measurement.

Referring to fig. 2, another embodiment of the present invention proposes a kind of information and determines method, comprising:

Step 200 determines the corresponding P interferometry resource set of a channel measurement resource collection, wherein the letter It includes N number of channel measurement resource in resource collection that road, which measures,；P, N are the positive integer more than or equal to 1.

In embodiments of the present invention, the P interferometry resource set and space receive information association；The space connects Breath of collecting mail includes at least one of: space receives parameter, receives the co-located reference signal of standard of parameter about the space.

In embodiments of the present invention, a channel measurement setting and one are determined according to signaling information or treaty rule A interference measurement setting is corresponding, then a channel measurement set in one channel measurement setting and with described one P interference measurement set in a interference measurement setting is corresponding.

Step 201 determines interferometry resource according to the P interferometry resource set.

In embodiments of the present invention, when the P is 1, described determined according to the P interferometry resource set is interfered Measuring resource includes following one:

The corresponding interferometry resource of each channel measurement resource for determining N number of channel measurement resource includes one dry Disturb one or more resources in measurement resource collection；

Parameter repetition, which is sent, according to the repetition in the interference measurement set determines each channel measurement resource pair The interferometry resource answered；

Parameter repetition, which is sent, according to the repetition in the interference measurement set determines that a channel quality is corresponding The number of interferometry resource and/or the corresponding channel quality of a channel measurement resource.

Wherein, determine that the corresponding interference measurement of a channel quality provides according to repetition in the interference measurement set The number of source and/or the corresponding channel quality of one channel measurement resource, including at least one of:

When the repetition is configured on, determine that the corresponding interferometry resource of a channel quality is one A resource in interferometry resource set；

When the repetition is configured on, the number of the corresponding channel quality of one channel measurement resource is determined It is one, there are the one of corresponding relationship with one channel quality according in the interference measurement set for one of channel quality A interferometry resource and one channel measurement resource obtain；

When the repetition is configured to off, determine that the corresponding interferometry resource of a channel quality is described one A resource in a interferometry resource set；

When the repetition is configured to off, the corresponding channel quality letter of one channel measurement resource is determined Breath number is D, and the D channel quality information is corresponding in turn to D interferometry resource in the interferometry resource set；

When the repetition is configured to off, determine that the corresponding interferometry resource of a channel quality is described one Whole resources in a interferometry resource set；

When the repetition is configured to off, the corresponding channel quality letter of one channel measurement resource is determined Cease number be one, one channel quality information according in the interferometry resource set D interferometry resource with One channel measurement resource obtains.

In embodiments of the present invention, described true according to P interferometry resource set in the case where the P value is greater than 1 Determining interferometry resource includes following one:

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes institute State in P interferometry resource set that there are an interferometry resource collection of corresponding relationship with the channel measurement resource One or more resource in conjunction；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource One or more Secondary resource is included, a Secondary resource includes one in the P interferometry resource set There are a resources of corresponding relationship with the channel measurement resource in the interferometry resource set；

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes P The one of the quasi- co-located relationship of parameter satisfaction is received about space with the channel measurement resource in a interferometry resource set One or more resource in a interferometry resource set；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource Include in P interferometry resource set in one or more described interferometry resource set with the channel measurement Resource receives the resource that parameter meets quasi- co-located relationship about space.

Wherein, described to determine that interferometry resource includes at least one of according to the P interferometry resource set:

In the case that the corresponding interferometry resource number of one channel measurement resource is greater than 1, according to signaling information And/or treaty rule, determine that the corresponding interferometry resource of a channel quality and/or a channel measurement resource are corresponding dry Disturb measurement resource:

Multiple interferometry resources in the case where the different interference measurement set, according to signaling information and/ Or treaty rule determines that the corresponding interferometry resource of a channel quality is one in the multiple interferometry resource dry Disturb measurement resource or whole multiple interferometry resources；

The multiple interferometry resource in the case where the same interference measurement set, according to signaling information and/ Or treaty rule determines that the corresponding interferometry resource of a channel quality is one in the multiple interferometry resource dry Disturb measurement resource or whole multiple interferometry resources.

Wherein, the resource number D for including in the P value or one interferometry resource set meets following feature One of:

The P value or the D value are more than or equal to the N value；

The P value or the D value are more than or equal to that different spaces in N number of channel measurement resource receive information Number Q, wherein Q is the positive integer more than or equal to 1；

The P value or the D value are more than or equal to the channel measurement resource grouping in the channel measurement set included Number；

The P value or the D value are more than or equal to the resource number in channel measurement resource grouping included, wherein It include one or more described channel measurement resource grouping in the channel measurement set.

It is described that interferometry resource packet is determined according to P interferometry resource set in the case where the P value is greater than 1 Include following one:

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes institute State in P interferometry resource set that there are an interferometry resource collection of corresponding relationship with the channel measurement resource One or more resource in conjunction；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource Include one or more Secondary resource, a Secondary resource include in the interferometry resource set with the letter Road measures resource there are a resource of corresponding relationship, and the different Secondary resources correspond to disturbance measurement resource collection；

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes P The one of the quasi- co-located relationship of parameter satisfaction is received about space with the channel measurement resource in a interferometry resource set One or more resource in a interferometry resource set；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource Include one or more information resources, one information resources include in the interferometry resource set with the letter Road measures resource and receives the resource that parameter meets quasi- co-located relationship about space, and the difference information resources correspond to different dry Disturb measurement resource collection.

Wherein, including at least one of:

There are the interference measurements of corresponding relationship with the channel measurement resource in the P interferometry resource set Resource collection is determined according to the first signaling information and/or the first pre-defined rule；

It is deposited in each interferometry resource set with the channel measurement resource in the P interferometry resource set It is determined in a resource of corresponding relationship according to the second signaling information and/or the second pre-defined rule.

In embodiments of the present invention, determine that interferometry resource includes following according to the P interferometry resource set At least one:

In the case that the corresponding interferometry resource number of one channel measurement resource is greater than 1, according to signaling information And/or treaty rule, determine the corresponding interferometry resource of a channel quality and/or the corresponding letter of a channel measurement resource The number of road quality:

Determine that the corresponding interferometry resource of a channel quality is the multiple according to signaling information and/or treaty rule An interferometry resource or whole multiple interferometry resources in interferometry resource；

Determine that the corresponding channel quality number of a channel measurement resource is equal to 1 according to signaling information and/or treaty rule Also it is equal to the number of the multiple interferometry resource；

Wherein, include at least one information in the acquisition modes of the pre-defined rule:

The number N for the channel measurement resource for including in channel measurement resource collection；

Corresponding different spaces receive the number Q of information in channel measurement resource collection；

The number P of interferometry resource set；

The resource number D for including in interferometry resource set；

The configuring condition of transmission parameter repetition is repeated in interferometry resource set；Wherein, described The configuring condition of repetition includes: not configure repetition, is configured with repetition, and repetition is configured to On, repetition are configured to off.

In embodiments of the present invention, determine that interferometry resource includes: according to P interferometry resource set

Determine that the corresponding interferometry resource of each channel measurement resource includes P measurement ginseng in N number of channel measurement resource Signal resource is examined, the different measuring reference signals resources in the P measuring reference signals resource are surveyed from the P interference The disturbance measured in resource collection measures resource collection.

In embodiments of the present invention, interferometry resource set meets at least one following feature:

Configuration repeats to send parameter repetition in the interferometry resource set；

The interference that the co-located reference signal of standard for receiving parameter about space is configured in the interferometry resource set is surveyed The collection of amount resource composition is combined into empty set；

The resource number phase that the difference interferometry resource set in the P interferometry resource set includes Together；

The time domain specification of the P interferometry resource set is identical, and wherein time domain specification includes: the period, aperiodic, and half Continue；

The resource number for including in the interferometry resource set is more than or equal to the N value；

The resource number for including in the interferometry resource set is more than or equal in N number of channel measurement resource The number Q of different spaces reception parameter；Wherein Q is the positive integer more than or equal to 1；

P interferometry resource set belong to interference survey corresponding with the channel measurement resource collection Measure resource collection pond setting；

The interferometry resource aggregate type of the P interferometry resource set is identical；Wherein first interference is surveyed It includes following any one or more for measuring resource collection type: CSI-IM interferometry resource set, and NZP-CSI-RS interference is surveyed Measure resource collection；The interferometry resource aggregate type include it is following any one: an interferometry resource set Channel measurement resource number is greater than predetermined value in the corresponding channel measurement resource collection；One interferometry resource collection It closes channel measurement resource number in the corresponding channel measurement resource collection and is less than or equal to the predetermined value；

The P interferometry resource set and space receive information association；Wherein, the space receive information include with At least one lower: space receives parameter, receives the co-located reference signal of standard of parameter about the space.

Wherein, including at least one of:

Repetition in each interferometry resource set in the P interferometry resource set sends parameter Repetition is configured on；

Repetition in each interferometry resource set in the P interferometry resource set sends parameter Repetition is configured to off；

According to each interference measurement money in the method for determination of the jamming resource and the P interferometry resource set Repetition in the set of source sends relevant between parameter repetition；

Interferometry resource set pond setting includes at least one of: CSI-IM interferometry resource set Setting, the NZP-CSI-RS interferometry resource set pond setting.

Wherein, it is determined in the P value or the interferometry resource set according at least one following information and includes Resource number D:

The resource number for including in the channel measurement resource collection；

Different spaces in the channel measurement resource collection receive the number of information；

The number of channel measurement resource grouping；

The resource number for including in the grouping of channel measurement resource；

Whether deposited in the transmission configuration instruction (TCI, Transmission Configuration Indication) of configuration In the transmission configuration instruction state (TCI state) for the co-located reference signal of standard that at least one is associated with the space reception parameter；

The space that communication node reports receives the number information of information；Wherein, the communication node is the interference measurement The receiving node of resource.Wherein, the space that communication node reports receives the number of parameter, is referred to as what communication node reported It receives the number for receiving wave beam used in a NZP-CSI-RS and/or communication node is requested in a NZP-CSI-RS set Including repetition send resource number；

It wherein, include that one or more channel measurement resource is grouped in a channel measurement resource collection.

Wherein, meet at least one following feature:

In the case where the corresponding interferometry resource set of one channel measurement resource collection, described in one Parameter, which is received, about space between any two resource in channel measurement resource collection meets quasi- co-located relationship；

Parameter, which is received, about space between any two resource in one channel measurement resource collection meets standard altogether In the case where the relationship of location, the corresponding interferometry resource set of a channel measurement resource collection；

Intersection non-empty between the channel measurement resource collection and the interferometry resource set；

Space when one measuring reference signals resource is as channel measurement resource and as interferometry resource receives letter Manner of breathing is same；

Space when one measuring reference signals resource is as channel measurement resource and as interferometry resource receives letter Breath one group information of association；Wherein, the group of resource associations includes at least one of: resource group belonging to resource；Dispatch resource Control channel where control channel resource group；Reference signal group where the co-located reference signal of standard of resource；Resource is corresponding Communication node antenna sets；Wherein, group information includes group index；

One channel quality is according to one channel measurement resource and the corresponding interference of one channel measurement resource One or more interferometry resource in measurement resource obtains；

The number of the corresponding channel quality information of one channel measurement resource be equal to 1 or one channel survey The number for measuring the corresponding channel quality information of resource is equal to interferometry resource corresponding with one channel measurement resource Number.

The embodiment of the present invention is small in the reception wave beam number B that receiving end synchronization can get a transmission wave beam In the case that the transmission wave beam needs the number A of reception wave beam of corresponding receiving end, it is based on P interferometry resource set It determines interferometry resource, realizes effective channel state measurement.

Another embodiment of the present invention proposes a kind of information determining means, comprising:

First determining module for relevant between the first information and the second information, or reports the letter for including in information It ceases relevant between type and the method for determination of interferometry resource；Wherein, second information includes at least one following: dry Disturb measurement resource, interferometry resource configuration mode, report the information type for including in information；The first information includes such as At least one lower: space receives information, resource distribution situation, signaling information；The space receive information include it is following at least it One: space receives parameter, receives the co-located reference signal of standard, the grouping information of channel measurement resource of parameter about space.

In embodiments of the present invention, between the first information and the second information it is relevant refer to it is available according to one of them Another.For example, available second information according to the first information, for another example, according to the available first information of the second information.

In embodiments of the present invention, between the method for determination for reporting the information type and interferometry resource that include in information It is relevant include: according to one of them it is available another.For example, according to reporting the information type for including in information can be with The method of determination of interferometry resource is obtained, for another example, is reported in information according to the method for determination of interferometry resource is available Including information type.

In embodiments of the present invention, the grouping information of channel measurement resource includes at least one of: channel measurement resource Grouping number, one grouping in include resource number.

In embodiments of the present invention, the first determining module is specifically used for realizing that space is received using any one following mode It is relevant between information and interferometry resource:

Determine that the interferometry resource includes one or more resource in first kind set；Wherein, multiple resources For resource some or all of in first kind set；

Determine that receiving parameter about the space between any two resource in the interferometry resource meets standard altogether Location relationship；

Determine that the interferometry resource includes in the difference set of the resource and channel measurement resource in the first kind set One or more resource；Wherein, multiple resources are resource some or all of in difference set；

About the sky between any two resource in channel measurement resource collection where the channel measurement resource Between receive in the case that parameter meets quasi- co-located relationship, interferometry resource includes channel measurement resource collection and channel measurement money One or more resource in difference set between source；Wherein, multiple resources are resource some or all of in difference set.

Wherein, the first kind set includes at least one of:

The money that parameter meets quasi- co-located relationship is received about the space with the channel measurement resource in second class set The set that source is constituted；

Set including following resource: there are one of corresponding relationship with the channel measurement resource in third class set One resource；Wherein, there are corresponding relationships to refer to channel measurement resource for first resource: position of the first resource in third class set It sets and is associated with position of the channel measurement resource in channel measurement resource collection, one of location information can be according to another Location information obtains；

There are the 4th classes of corresponding relationship to gather surely with the channel measurement resource in first kind set pond setting；Its In, there are corresponding relationships to refer to channel measurement resource for the 4th class set: including channel measurement resource in the 4th class set.

Wherein, including at least one of:

The first resource and the channel measurement resource receive parameter about the space and meet quasi- co-located relationship；

The collection that the resource composition of the co-located reference signal of standard of parameter is received about space is configured in the third class set It is combined into empty set；

Configuration repeats to send parameter repetition in the third class set；Specifically, when including in third class set Resource number be greater than 1 when, configuration repeat send parameter repetition；

The predetermined class measuring reference signals parameter information of the resource of the third class set is identical, wherein the predetermined class Measuring reference signals parameter information includes at least one of: space receives information, power parameter, quasi- co-located information；Wherein, quasi- Co-located information includes: the co-located reference signal of standard of a kind of quasi- co-located parameter of association, quasi- co-located parameter；

The third class set is combined into the second class setting one or more set in addition to the 5th class set, or Third class set described in person belongs to the second class setting, wherein the 5th class set and channel measurement resource presence pair It should be related to；

The second class set includes the channel measurement resource collection where the channel measurement resource；

Resource and the channel measurement resource in the 4th class set receive parameter about the space and meet standard altogether Location relationship；

Configuration repeats to send parameter repetition in the 4th class set；When the resource for including in the 4th class set When number is greater than 1, configuration repeats to send parameter repetition；

It is off that the repetition configured in the 4th class set, which sends parameter repetition,；

The resource number for including in each set of the first kind setting is identical.

Wherein, the second class setting meets at least one following feature:

The resource number for including in each set in the second class setting is identical；

It is total that the standard for receiving parameter about space is configured in each of the second class setting third class set The collection of the resource composition of location reference signal is combined into empty set；

Configuration repeats to send parameter repetition in each of the second class setting third class set；

The repetition configured in each of the second class setting third class set sends parameter repetition It is configured on；

The predetermined class measuring reference signals of resource in each of the second class setting third class set are joined Number information is identical.

Wherein, position of the first resource in the third class set and the channel measurement resource are in the 6th class set Position association in conjunction；

Alternatively, the 4th class is integrated into position in the first kind setting and the channel measurement resource the Position association in six class set；

Wherein, the 6th class set include it is following any one:

Channel measurement resource collection where the channel measurement resource；

The set of the resource composition except predetermined resource is removed in channel measurement resource collection；Wherein, predetermined resource according to There are corresponding relationships between acquisition of information or predetermined resource and third class set or the 4th class set；

Each element in the 6th class set includes a 7th class set；Wherein, same 7th class set Resource in conjunction corresponds to the same space and receives information, and the resource in the different 7th class set corresponds to different described Space receives information；The channel measurement resource is indicated in the position in the 6th class set where the channel measurement resource The index of the 7th class set.

In embodiments of the present invention, relevant between at least one first number and following information:

Different spaces receive the number of information in channel measurement resource collection where the channel measurement resource；

The space that communication node is got simultaneously receives the ability of parameter；Wherein, the communication node is the interference measurement The receiving node of resource；Wherein, the ability that the space that communication node is got simultaneously receives parameter includes communication node while can connect The space of receipts receives the number of parameter or communication node and received can receive parameter about space simultaneously and be unsatisfactory for quasi- co-located relationship Reference signal number；Further, communication node can receive the reference signal for belonging to a reference signal group simultaneously, no The reference signal or communication node that different reference signal groups can be received simultaneously can receive simultaneously belongs to different reference signal groups Reference signal, the reference signal for belonging to a reference signal group cannot be received simultaneously；

The grouping information for including in the channel measurement resource collection；Wherein, belong to the reference signal resource of a grouping, The communication node can receive simultaneously, belong to the reference signal resource of different grouping, and the communication node cannot receive simultaneously；Or Person belongs to the reference signal resource of different grouping, and the communication node can receive simultaneously, belongs to the reference signal money of same packets Source, the communication node cannot receive simultaneously；

The resource number for including in the channel measurement resource collection；

Wherein, first number include it is following any one:

The resource number for including in the third class set, the number for the 4th class set for including in first kind setting.

In embodiments of the present invention, first number meets one of following feature:

First number is more than or equal to second number；

First number is more than or equal to second number and subtracts 1；

First number is second several integral multiple；

Wherein, second number is obtained according at least one following: different spaces in the channel measurement resource collection Receive the number of information；The grouping number for including in the channel measurement resource collection；One in the channel measurement resource collection It is a to be grouped the maximum measuring reference signals resource number for including；Different spaces receive information in the channel measurement resource collection The space that number and communication node are got simultaneously receives the quotient of the number of information；The money for including in the channel measurement resource collection Source number.

In embodiments of the present invention, the first determining module is specifically used for realizing that space receives information and does in the following ways It disturbs relevant between the configuration mode of measurement resource:

At least one following information is relevant between the configuration mode of the interferometry resource, i.e., according to one of them It is available another, such as according to the configuration mode of the available interferometry resource of at least one following information, for another example, According at least one available following information of the configuration mode of interferometry resource:

The co-located reference of standard that the space receives parameter is associated with the presence or absence of at least one in the transmission configuration instruction of configuration The transmission configuration of signal indicates information state；

The space that communication node reports receives the number information of information；Wherein, the communication node is the interference measurement The receiving node of resource, the configuration mode of the interferometry resource include at least one of: the channel measurement money Different resource in the set of source shares an interferometry resource set；Different moneys in one channel measurement resource collection Source respectively corresponds an interferometry resource set.Wherein, the space that communication node reports receives the number of parameter, can also claim The number and/or communication node that wave beam is received used in one NZP-CSI-RS of reception reported for communication node request one The resource number that the repetition for including in NZP-CSI-RS set is sent.

In embodiments of the present invention, the first determining module is specifically used for realizing that space is received using at least one of mode It is relevant between information and the configuration mode of interferometry resource:

In the first case, the configuration mode for determining the interferometry resource is in a channel measurement resource collection Different resource shares an interferometry resource set；

In a second situation, the configuration mode for determining the interferometry resource is in a channel measurement resource collection Each resource respectively corresponds an interferometry resource set；

Wherein, first situation includes at least one following situation: there is no associations in the transmission configuration instruction of configuration The space receives the transmission configuration instruction state of the co-located reference signal of standard of parameter；The space that the communication node reports The number for receiving information is less than or equal to predetermined value；The corresponding space of the channel measurement resource collection receives information Number is less than or equal to the maximum number that the corresponding space of the communication node synchronization receives information；

Second situation includes at least one following situation: there are at least one associations in the transmission configuration instruction of configuration Space receives the transmission configuration instruction state of the co-located reference signal of standard of parameter；The space that the communication node reports receives information Number be greater than predetermined value；The number that the corresponding space of the channel measurement resource collection receives information is greater than the communication The corresponding space of node synchronization receives the maximum number of information.

Wherein, the resource distribution situation includes at least one following:

The configuring condition of the number N for the channel measurement resource for including in channel measurement resource collection；

The corresponding different spaces of channel measurement resource collection receive the configuring condition of the number Q of information；

The configuring condition of the number P of interferometry resource set；

The configuring condition for the resource number D for including in interferometry resource set；

The configuring condition of transmission parameter repetition is repeated in interferometry resource set；

Wherein, N, P, Q, D are nonnegative integer；The configuring condition of the repetition includes at least one of: not being had Configuration repetition, it repetition, repetition is configured with is configured on, repetition and be configured to off.

Wherein, the corresponding different spaces of the channel measurement resource collection receive the number Q of information, meet following feature extremely It is one of few:

Parameter, which is received, about space with the channel measurement resource that same space receives information meets quasi- co-located relationship；

The channel measurement resource for receiving information with same space can be received simultaneously by communication node；

Belong to a channel measurement resource grouping with the channel measurement resource that same space receives information, or there is phase The channel measurement resource that isospace receives information belongs to different channel measurement resource groupings；

It wherein, include that one or more channel measurement resource is grouped in a channel measurement set.

Wherein, the first determining module be specifically used for realizing using at least one of mode the first information and the second information it Between it is relevant:

In the case that first value is greater than 1, information is reported according to the first signaling information and/or the determination of the first pre-defined rule In whether include the interferometry resource set index information；

In the case where meeting first condition, determine that the interferometry resource includes P interferometry resource, wherein P is big When 1, the different interferometry resources is in the different interferometry resource set；

In the case where meeting second condition, determine that the interferometry resource includes one interferometry resource A resource in set；

In the case that second value is greater than 1, information is reported according to the second signaling information and/or the determination of the second pre-defined rule In whether include the interferometry resource index information；

In the case where meeting fourth condition, determine that the interferometry resource includes one interferometry resource set In a resource；

In the case where meeting third condition, determine that the interferometry resource includes one interferometry resource set In whole resources；

Wherein, first value includes one of following: the P value, the N value, the Q value；The second value includes such as It is one of lower: the D value, the N value, the Q value.

Wherein, including at least one of:

The first condition includes at least one following: first value is greater than 1；Described report in information does not include described Interferometry resource index of set；Repetition in the interferometry resource set is configured on；

The second condition includes at least one following: the first value is greater than 1；Described report in information includes that the interference is surveyed Measure resource collection index；Repetition in the interferometry resource set is configured on；

The third condition includes at least one following: second value is greater than 1；Described report does not include the interference in information Measure resource index；Repetition in the interferometry resource set is configured to off；

The fourth condition includes at least one following: second value is greater than 1；Described report in information includes that the interference is surveyed Measure resource index；Repetition in the interferometry resource set is configured to off；

The interferometry resource of the determination is the corresponding interferometry resource of a channel quality.

Wherein, the first determining module be specifically used for using at least one of mode realize resource distribution situation and it is described on It notifies relevant between the information type for including and the configuration mode of jamming resource in breath:

When meeting fifth condition, the repetition in the interferometry resource set is configured on；Wherein, described Fifth condition includes at least one following: the P value is greater than 1；The N value is greater than 1；The Q value is greater than 1；It is described to report information In include interferometry resource index of set；

When meeting Article 6 part, the repetition in the interferometry resource set is configured to off；Wherein, institute It includes at least one following for stating Article 6 part: the D value is greater than 1；The N value is greater than 1；The Q value is greater than 1；It notifies on described It include that interferometry resource indexes in breath.

Wherein, the first determining module is specifically used for being realized resource distribution situation using at least one of mode and above being notified It is relevant between the information type for including in breath:

When the repetition is configured on, described report includes interferometry resource index of set in information；

When the repetition is configured to off, described report in information includes that interferometry resource is surveyed in the interference Measure the index in resource collection；

When the N value is greater than 1, described report in information includes channel measurement resource in the channel measurement resource collection Index；

When the N value is equal to 1, described report in information does not include channel measurement resource in the channel measurement resource collection In index；

When the P value or the N value or the Q value are greater than 1, described report includes interferometry resource set rope in information Fuse breath；

When the P value or the N value or the Q value are equal to 1, described report does not include interferometry resource set in information Index information；

When the D value or the N value or the Q value are greater than 1, described report in information includes that interferometry resource is being interfered Measure the index information in resource collection；

When the D value or the N value or the Q value are equal to 1, described report in information does not include interferometry resource dry Disturb the index information in measurement resource collection.

It is wherein, described that report the information type for including in information include at least one of:

Described report includes predetermined class interferometry resource set index information in information；

Described report in information includes predetermined class interferometry resource in the predetermined class interferometry resource set Index information；

Wherein, the predetermined class interferometry resource includes at least one following: CSI-IM interferometry resource, NZP- CSI-RS interferometry resource.

It is wherein, described that report the information type for including in information include at least one of:

One or more following information combination (channel state information-reference signal CSI-RS resource instruction CRI or list Sideband indexes SSBIndex, K31 first kind interferometry resource index of set, K32 the second class interferometry resource set Index, signal-to-noise ratio SINR)；Wherein, K31, K32 belong to { 0,1 }；

One or more following information combination (CRI or SSBIndex, Reference Signal Received Power RSRP, K21 a first Class interferometry resource index of set, K22 the second class interferometry resource index of set, K2 SINR)；Wherein K21, K22 For nonnegative integer and/or K21, at least one in K22 is equal to K2, and K2 is the positive integer more than or equal to 1；

One or more following information combination (K41 first kind interferometry resource index of set, the interference of the second class of K42 Measure resource collection index, SINR)；Wherein, K41, K42 belong to { 0,1 }；

One or more following information combination (CRI or SSBIndex, K51 first kind interferometry resource index, K52 Second class interferometry resource index, SINR)；Wherein, K51, K52 belong to { 0,1 }；

One or more following information combines (CRI or SSBIndex, RSRP, K61 first kind interferometry resource rope Draw, K62 the second class interferometry resource index, K6 SINR)；Wherein K61, K62 are nonnegative integer, and in K61, K62 at least One is equal to K6, and K6 is the positive integer more than or equal to 1；

One or more following information combination (K71 first kind interferometry resource index, K72 the second class interference measurement Resource index, SINR)；Wherein K71, K72 belong to { 0,1 }, and K71+K72 is greater than 0；

Wherein, first kind interferometry resource is CSI-IM interferometry resource, and the second class interferometry resource is NZP- CSI-RS interferometry resource.

It is wherein, described that report the information type for including in information include at least one of:

One or more following information combination: (CRI or SSBIndex, SINR)；

One or more following information combination (CRI or SSBIndex, RSRP, one or more SINR)；

One or more following information combination: SINR；

One or more following information combination: (CRI or SSBIndex, interferometry resource index of set, SINR)；

One or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource set rope Draw, K2 SINR)；

One or more following information combination: (interferometry resource index of set, SINR)；

One or more following information combination: (CRI or SSBIndex, interferometry resource index, SINR)；

One or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index, K2 A SINR), wherein the K2；

One or more following information combination: (interferometry resource set, SINR).

Wherein, the first determining module be specifically used for realizing using at least one of mode the first information and the second information it Between it is relevant:

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, interferometry resource index of set, SINR) in the case where, one or more of information combinations are from N*P Selection obtains in SINR；Wherein, the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource set, often A resource in the corresponding channel measurement resource of a SINR and an interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resource index of set, K2 SINR) in the case where, one or more of RSRP It is to select to obtain from N number of RSRP；Wherein, the corresponding channel measurement resource of each RSRP, different RSRP correspond to different Channel measurement resource, K2 interferometry resource index of set and K2 SINR in the combination of information are from P SINR What selection obtained；Each SINR in P SINR is surveyed according to the corresponding channel measurement resource of one RSPR and an interference The resource measured in resource collection obtains, and the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource collection It closes；

It is described that report the information type for including in information include one or more following information combination: (interference measurement money Source index of set, SINR) in the case where, one or more of information combinations are that selection obtains from N*P SINR；Its In, a resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, the N value is equal to 1, the corresponding P SINR of a channel measurement is corresponding in turn to P interferometry resource set；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, interferometry resource index, SINR) in the case where, one or more of information combinations are from N*D SINR What middle selection obtained；Wherein, one in the corresponding channel measurement resource of each SINR and an interferometry resource set Resource, the corresponding D SINR sequence of a channel measurement resource correspond to D interference in the same interferometry resource set and survey Measure resource；

It is described that report the information type for including in information include one or more following information combination: (CRI or SSBIndex, RSRP, K2 interferometry resources index, K2 SINR) in the case where, one or more of RSRP be from Selection obtains in N number of RSRP；Wherein, the corresponding channel measurement resource of each RSRP, different RSRP correspond to different channels Resource is measured, the K2 interferometry resource index of set and K2 SINR in an information combination are selected from D SINR It obtains；Each SINR in P SINR is according to the corresponding channel measurement resource of one RSPR and an interference measurement money A resource in the set of source obtains, the corresponding same interference measurement money of the corresponding D SINR sequence of a channel measurement resource D interferometry resource in the set of source；

It is described that report the information type for including in information include one or more following information combination: (interference measurement money Source index of set, SINR) in the case where, one or more of information combinations are that selection obtains from N*P SINR；Its In, a resource in the corresponding channel measurement resource of each SINR and an interferometry resource set, the N value is equal to 1, the corresponding D SINR sequence of a channel measurement resource corresponds to D interference measurement in the same interferometry resource set Resource.

Wherein, including at least one of:

The interferometry resource index of set usesA bit indicates；

The interferometry resource index is using useA bit indicates.

In embodiments of the present invention, the interferometry resource is NZP-CSI-RS resource.

In embodiments of the present invention, resource or the first resource include at least one of: reference signal resource, synchronization Signal resource, interferometry resource.

In embodiments of the present invention, the interferometry resource of the determination is that one channel measurement resource is corresponding dry Disturb measurement resource；Or the interferometry resource of the determination is the corresponding interferometry resource of a channel quality.

In embodiments of the present invention, including at least one of:

One channel quality information is obtained according to an interferometry resource in the interferometry resource of the determination；Or Person, a channel quality information are obtained according to all interferometry resources in the interferometry resource of the determination；

One channel quality is according to one channel measurement resource and the corresponding interference of one channel measurement resource One or more interferometry resource in measurement resource obtains；

The number of the corresponding channel quality information of one channel measurement resource be equal to 1 or one channel survey The number for measuring the corresponding channel quality information of resource is equal to interferometry resource corresponding with one channel measurement resource Number.

Wherein, meet one of following feature:

One channel quality information is obtained according to an interferometry resource in the interferometry resource of the determination In the case of, a channel measurement resource corresponds to X channel quality information, and wherein X is equal in the interferometry resource of the determination Including interferometry resource number；

One channel quality information is obtained according to all interferometry resources in the interferometry resource of the determination In the case of, the corresponding channel quality information of a channel measurement resource；

Wherein, the channel quality includes one of following: channel quality indicates (CQI, Channel Quality Indicator), signal-to-noise ratio (SINR, Signal to Interference plus Noise Ratio).

The embodiment of the present invention is small in the reception wave beam number B that receiving end synchronization can get a transmission wave beam In the case that the transmission wave beam needs the number A of reception wave beam of corresponding receiving end, between the first information and the second information It is relevant, or report relevant between the method for determination of the information type and interferometry resource that include in information, it realizes Effective channel state measurement.

Another embodiment of the present invention proposes a kind of information determining means, comprising:

Second determining module, for determining the corresponding P interferometry resource set of a channel measurement resource collection, In, it include N number of channel measurement resource in the channel measurement resource collection；P, N are the positive integer more than or equal to 1；

Third determining module, for determining interferometry resource according to the P interferometry resource set.

In embodiments of the present invention, a channel measurement setting and one are determined according to signaling information or treaty rule A interference measurement setting is corresponding, then a channel measurement set in one channel measurement setting and with described one P interference measurement set in a interference measurement setting is corresponding.

In embodiments of the present invention, when the P is 1, third determining module is specifically used for executing following one:

The corresponding interferometry resource of each channel measurement resource for determining N number of channel measurement resource includes one dry Disturb one or more resources in measurement resource collection；

Parameter repetition, which is sent, according to the repetition in the interference measurement set determines each channel measurement resource pair The interferometry resource answered.

Wherein, third determining module is specifically used for realizing using at least one of mode according to the interference measurement set In repetition determine the corresponding interferometry resource of each channel measurement resource:

When the repetition is configured on, determine that the interferometry resource is in one interference measurement set One resource；

When the repetition is configured to off, determine that the interferometry resource is one interference measurement set In one or more resource；

Parameter repetition, which is sent, according to the repetition in the interference measurement set determines that a channel quality is corresponding The number of interferometry resource and/or the corresponding channel quality of a channel measurement resource.

Wherein, third determining module is specifically used for realizing using at least one of mode according to the interference measurement set Middle repetition determines that the corresponding interferometry resource of a channel quality and/or one channel measurement resource are corresponding The number of channel quality:

When the repetition is configured on, determine that the corresponding interferometry resource of a channel quality is one A resource in interferometry resource set；

When the repetition is configured on, the number of the corresponding channel quality of one channel measurement resource is determined It is one, there are the one of corresponding relationship with one channel quality according in the interference measurement set for one of channel quality A interferometry resource and one channel measurement resource obtain；

When the repetition is configured to off, determine that the corresponding interferometry resource of a channel quality is described one A resource in a interferometry resource set；

When the repetition is configured to off, the corresponding channel quality letter of one channel measurement resource is determined Breath number is D, and the D channel quality information is corresponding in turn to D interferometry resource in the interferometry resource set；

When the repetition is configured to off, determine that the corresponding interferometry resource of a channel quality is described one Whole resources in a interferometry resource set；

When the repetition is configured to off, the corresponding channel quality letter of one channel measurement resource is determined Cease number be one, one channel quality information according in the interferometry resource set D interferometry resource with One channel measurement resource obtains.

In embodiments of the present invention, in the case where the P value is greater than 1, third determining module is specifically used for using following One of mode realize and described interferometry resource determined according to P interferometry resource set:

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes institute State in P interferometry resource set that there are an interferometry resource collection of corresponding relationship with the channel measurement resource One or more resource in conjunction；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource One or more Secondary resource is included, a Secondary resource includes one in the P interferometry resource set There are a resources of corresponding relationship with the channel measurement resource in the interferometry resource set；

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes P The one of the quasi- co-located relationship of parameter satisfaction is received about space with the channel measurement resource in a interferometry resource set One or more resource in a interferometry resource set；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource Include in P interferometry resource set in one or more described interferometry resource set with the channel measurement Resource receives the resource that parameter meets quasi- co-located relationship about space.

Wherein, third determining module is specifically used for realizing using at least one of mode described according to the P interference Measurement resource collection determines interferometry resource:

In the case that the corresponding interferometry resource number of one channel measurement resource is greater than 1, according to signaling information And/or treaty rule, determine that the corresponding interferometry resource of a channel quality and/or a channel measurement resource are corresponding dry Disturb measurement resource:

Multiple interferometry resources in the case where the different interference measurement set, according to signaling information and/ Or treaty rule determines that the corresponding interferometry resource of a channel quality is one in the multiple interferometry resource dry Disturb measurement resource or whole multiple interferometry resources；

The multiple interferometry resource in the case where the same interference measurement set, according to signaling information and/ Or treaty rule determines that the corresponding interferometry resource of a channel quality is one in the multiple interferometry resource dry Disturb measurement resource or whole multiple interferometry resources.

Wherein, the resource number D for including in the P value or one interferometry resource set meets following feature One of:

The P value or the D value are more than or equal to the N value；

The P value or the D value are more than or equal to that different spaces in N number of channel measurement resource receive information Number Q, wherein Q is the positive integer more than or equal to 1；

The P value or the D value are more than or equal to the channel measurement resource grouping in the channel measurement set included Number；

The P value or the D value are more than or equal to the resource number in channel measurement resource grouping included, wherein It include one or more described channel measurement resource grouping in the channel measurement set.

In the case where the P value is greater than 1, third determining module is specifically used for realizing described using following one mode Interferometry resource is determined according to P interferometry resource set:

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes institute State in P interferometry resource set that there are an interferometry resource collection of corresponding relationship with the channel measurement resource One or more resource in conjunction；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource Include one or more Secondary resource, a Secondary resource include in the interferometry resource set with the letter Road measures resource there are a resource of corresponding relationship, and the different Secondary resources correspond to disturbance measurement resource collection；

Determine that the corresponding interferometry resource of each of N number of described channel measurement resource channel measurement resource includes P The one of the quasi- co-located relationship of parameter satisfaction is received about space with the channel measurement resource in a interferometry resource set One or more resource in a interferometry resource set；

Determine the corresponding interferometry resource packet of each of described channel measurement resource collection channel measurement resource Include one or more information resources, one information resources include in the interferometry resource set with the letter Road measures resource and receives the resource that parameter meets quasi- co-located relationship about space, and the difference information resources correspond to different dry Disturb measurement resource collection.

Wherein, including at least one of:

There are an interference of corresponding relationship with the channel measurement resource in the P interferometry resource set Resource collection is measured to be determined according to the first signaling information and/or the first pre-defined rule；

It is deposited in each interferometry resource set with the channel measurement resource in the P interferometry resource set It is determined in a resource of corresponding relationship according to the second signaling information and/or the second pre-defined rule.

In embodiments of the present invention, third determining module is specifically used for realizing using at least one of mode according to P The interferometry resource set determines interferometry resource:

In the case that the corresponding interferometry resource number of one channel measurement resource is greater than 1, according to signaling information And/or treaty rule, determine the corresponding interferometry resource of a channel quality and/or the corresponding letter of a channel measurement resource The number of road quality:

Determine that the corresponding interferometry resource of a channel quality is the multiple according to signaling information and/or treaty rule An interferometry resource or whole multiple interferometry resources in interferometry resource；

Determine that the corresponding channel quality number of a channel measurement resource is equal to 1 according to signaling information and/or treaty rule Also it is equal to the number of the multiple interferometry resource；

Wherein, include at least one information in the acquisition modes of the pre-defined rule:

The number N for the channel measurement resource for including in channel measurement resource collection；

Corresponding different spaces receive the number Q of information in channel measurement resource collection；

The number P of interferometry resource set；

The resource number D for including in interferometry resource set；

The configuring condition of transmission parameter repetition is repeated in interferometry resource set；Wherein, described The configuring condition of repetition includes: not configure repetition, is configured with repetition, and repetition is configured to On, repetition are configured to off.

In embodiments of the present invention, third determining module is specifically used for:

Determine that the corresponding interferometry resource of each channel measurement resource includes P measurement ginseng in N number of channel measurement resource Signal resource is examined, the different measuring reference signals resources in the P measuring reference signals resource are surveyed from the P interference The disturbance measured in resource collection measures resource collection.

In embodiments of the present invention, interferometry resource set meets at least one following feature:

Configuration repeats to send parameter repetition in the interferometry resource set；

The interference that the co-located reference signal of standard for receiving parameter about space is configured in the interferometry resource set is surveyed The collection of amount resource composition is combined into empty set；

The resource number phase that the difference interferometry resource set in the P interferometry resource set includes Together；

The time domain specification of the P interferometry resource set is identical, and wherein time domain specification includes: the period, aperiodic, and half Continue；

The resource number for including in the interferometry resource set is more than or equal to the N value；

The resource number for including in the interferometry resource set is more than or equal in N number of channel measurement resource The number Q of different spaces reception parameter；Wherein Q is the positive integer more than or equal to 1；

P interferometry resource set belong to interference survey corresponding with the channel measurement resource collection Measure resource collection pond setting；

The interferometry resource aggregate type of the P interferometry resource set is identical；Wherein first interference is surveyed It includes following any one or more for measuring resource collection type: CSI-IM interferometry resource set, and NZP-CSI-RS interference is surveyed Measure resource collection；The interferometry resource aggregate type include it is following any one: an interferometry resource set Channel measurement resource number is greater than predetermined value in the corresponding channel measurement resource collection；One interferometry resource collection It closes channel measurement resource number in the corresponding channel measurement resource collection and is less than or equal to the predetermined value；

The P interferometry resource set and space receive information association；Wherein, the space receive information include with At least one lower: space receives parameter, receives the co-located reference signal of standard of parameter about the space.

Wherein, including at least one of:

Repetition in each interferometry resource set in the P interferometry resource set sends parameter Repetition is configured on；

Repetition in each interferometry resource set in the P interferometry resource set sends parameter Repetition is configured to off；

According to each interference measurement money in the method for determination of the jamming resource and the P interferometry resource set Repetition in the set of source sends relevant between parameter repetition；

Interferometry resource set pond setting includes at least one of: CSI-IM interferometry resource set Setting, the NZP-CSI-RS interferometry resource set pond setting.

Wherein, it is determined in the P value or the interferometry resource set according at least one following information and includes Resource number D:

The resource number for including in the channel measurement resource collection；

Different spaces in the channel measurement resource collection receive the number of information；

The number of channel measurement resource grouping；

The resource number for including in the grouping of channel measurement resource；

Whether deposited in the transmission configuration instruction (TCI, Transmission Configuration Indication) of configuration In the transmission configuration instruction state (TCI state) for the co-located reference signal of standard that at least one is associated with the space reception parameter；

The space that communication node reports receives the number information of information；Wherein, the communication node is the interference measurement The receiving node of resource.Wherein, the space that communication node reports receives the number of parameter, is referred to as what communication node reported It receives the number for receiving wave beam used in a NZP-CSI-RS and/or communication node is requested in a NZP-CSI-RS set Including repetition send resource number；

It wherein, include that one or more channel measurement resource is grouped in a channel measurement resource collection.

Wherein, meet at least one following feature:

In the case where the corresponding interferometry resource set of one channel measurement resource collection, described in one Parameter, which is received, about space between any two resource in channel measurement resource collection meets quasi- co-located relationship；

Parameter, which is received, about space between any two resource in one channel measurement resource collection meets standard altogether In the case where the relationship of location, the corresponding interferometry resource set of a channel measurement resource collection；

Intersection non-empty between the channel measurement resource collection and the interferometry resource set；

Space when one measuring reference signals resource is as channel measurement resource and as interferometry resource receives letter Manner of breathing is same；

Space when one measuring reference signals resource is as channel measurement resource and as interferometry resource receives letter Breath one group information of association；Wherein, the group of resource associations includes at least one of: resource group belonging to resource；Dispatch resource Control channel where control channel resource group；Reference signal group where the co-located reference signal of standard of resource；Resource is corresponding Communication node antenna sets；Wherein, group information includes group index；

One channel quality is according to one channel measurement resource and the corresponding interference of one channel measurement resource One or more interferometry resource in measurement resource obtains；

The number of the corresponding channel quality information of one channel measurement resource be equal to 1 or one channel survey The number for measuring the corresponding channel quality information of resource is equal to interferometry resource corresponding with one channel measurement resource Number.

The embodiment of the present invention is small in the reception wave beam number B that receiving end synchronization can get a transmission wave beam In the case that the transmission wave beam needs the number A of reception wave beam of corresponding receiving end, it is based on P interferometry resource set It determines interferometry resource, realizes effective channel state measurement.

Another embodiment of the present invention proposes a kind of information determining means, including processor and computer-readable storage medium Matter is stored with instruction in the computer readable storage medium, when described instruction is executed by the processor, realizes above-mentioned A kind of information determines method.

Another embodiment of the present invention proposes a kind of computer readable storage medium, is stored thereon with computer program, The computer program realizes the step of any of the above-described kind of information determines method when being executed by processor.

The method that above-mentioned determining interferometry resource is described in detail in specific embodiment is set forth below, exemplifications set out does not have to In the protection scope for limiting the embodiment of the present invention.