阅读说明：本技术 一种轨道交通系统综合网管方法、装置及系统 (Comprehensive network management method, device and system for rail transit system ) 是由 邓喜年 于 2018-08-23 设计创作，主要内容包括：本发明提出了一种轨道交通系统综合网管方法、装置及轨道交通综合网管系统。方法用于轨道交通系统中子系统网管和数据处理中心之间的数据传输管理,包括：接收子系统网管上传的数据,并将所述数据转换为具有通用的数据模式的规范化消息数据；将所述规范化消息数据传输到消息队列中间件服务器；所述消息队列中间件服务器获取所述规范化消息数据的主题,并按照所述主题进行消息数据的发布；根据数据处理中心的订阅主题,将消息队列中间件服务器中具有所述订阅主题的消息数据发送到所述数据处理中心。降低了数据处理中心和各个子系统网管之间数据的直接耦合,保证整个综合网管系统的稳定性,利用消息队列中间件的高可用性保证数据的完整性。(The invention provides a rail transit system comprehensive network management method, a rail transit system comprehensive network management device and a rail transit system comprehensive network management system. The method is used for data transmission management between a subsystem network manager and a data processing center in a rail transit system, and comprises the following steps: receiving data uploaded by a subsystem network manager, and converting the data into normalized message data with a universal data mode; transmitting the normalized message data to a message queue middleware server; the message queue middleware server acquires the theme of the normalized message data and publishes the message data according to the theme; and sending the message data with the subscription theme in the message queue middleware server to the data processing center according to the subscription theme of the data processing center. The direct coupling of data between the data processing center and each subsystem network management is reduced, the stability of the whole comprehensive network management system is ensured, and the integrity of the data is ensured by utilizing the high availability of the message queue middleware.)

1. A rail transit system comprehensive network management method is used for data transmission management between a subsystem network management and a data processing center in a rail transit system, and is characterized by comprising the following steps:

receiving data uploaded by a subsystem network manager, and converting the data into normalized message data with a universal data mode;

transmitting the normalized message data to a message queue middleware server;

the message queue middleware server acquires the theme of the normalized message data and publishes the message data according to the theme;

and sending the message data with the subscription theme in the message queue middleware server to the data processing center according to the subscription theme of the data processing center.

2. The rail transit system integrated network management method according to claim 1, wherein the receiving of the data uploaded by the subsystem network management and the conversion of the data into normalized message data having a general data pattern comprises:

receiving data uploaded by a subsystem network manager according to a first protocol, and analyzing according to the first protocol to obtain analyzed data;

converting the analyzed data into normalized message data with a general data mode according to a second protocol;

wherein the first protocol and the second protocol are different communication protocols.

3. The rail transit system integrated network management method according to claim 1, wherein the transmitting the normalized message data to a message queue middleware server comprises:

and transmitting the normalized message data to the message queue middleware server according to the key value sequence by taking the identification marks of the network managers of all the subsystems as key values.

4. The rail transit system integrated network management method according to claim 1, wherein the message queue middleware server obtains a theme of the normalized message data and issues the message data according to the theme, including:

establishing a corresponding message queue for each subsystem network manager in the message queue middleware server,

and acquiring a source subsystem network manager of the message data, and publishing the message data to a message queue corresponding to the source subsystem network manager.

5. The rail transit system integrated network management method according to claim 4, further comprising:

and periodically checking the messages in the message queue middleware server, and removing the messages meeting the preset discarding condition from each message queue.

6. The rail transit system integrated network management method according to claim 1, wherein after sending the message data with the subscription theme in the message queue middleware server to the data processing center according to the subscription theme of the data processing center, the method further comprises:

the data processing center stores the message data in a classified mode, temporary data in the message data are stored in a local database, and the equipment monitoring data are stored in a cloud database.

7. A rail transit system synthesizes network management device, is used for the data transmission management between subsystem network management and data processing center in the rail transit system, characterized by that, including:

the interface adapter module is used for receiving data uploaded by a subsystem network manager, converting the data into normalized message data with a general data mode, and transmitting the normalized message data to a message queue middleware server;

and the message queue middleware server is used for acquiring the theme of the normalized message data, publishing the message data according to the theme and sending the message data with the subscription theme in the message queue middleware server to the data processing center according to the subscription theme of the data processing center.

8. The rail transit system integrated network management device according to claim 7, wherein the interface adapter module receives data uploaded by a subsystem network management, converts the data into normalized message data having a general data mode, and comprises:

receiving data uploaded by a subsystem network manager according to a first protocol, and analyzing according to the first protocol to obtain analyzed data;

converting the analyzed data into normalized message data with a general data mode according to a second protocol;

wherein the first protocol and the second protocol are different communication protocols.

9. The rail transit system integrated network management device of claim 7, wherein the interface adapter module transmitting the normalized message data to a message queue middleware server comprises:

and transmitting the normalized message data to the message queue middleware server according to the key value sequence by taking the identification marks of the network managers of all the subsystems as key values.

10. The integrated network management device of the rail transit system according to claim 7, wherein the message queue middleware server obtains a theme of the normalized message data and issues the message data according to the theme, including:

establishing a corresponding message queue for each subsystem network manager at the message queue middleware server,

and acquiring a source subsystem network manager of the message data, and publishing the message data to a message queue corresponding to the source subsystem network manager.

11. The rail transit system integrated network management device according to claim 10, wherein the message queue middleware server is further configured to:

and periodically checking the messages in the message queue middleware server, and removing the messages meeting the preset discarding condition from each message queue.

12. A rail transit system integrated network management system, including a plurality of subsystem network management, data processing center, database and integrated network management center of communication connection, characterized by, also include: the rail transit system integrated network management device according to any one of claims 7 to 12, wherein the rail transit system integrated network management device is in communication connection with the plurality of subsystem network managers and the data processing center, and is used for data transmission management between the plurality of subsystem network managers and the data processing center.

13. The rail transit system integrated network management system of claim 12,

the data processing center is also used for classifying and storing the message data, storing temporary data in the message data in a local database, and storing the equipment monitoring data in a cloud database;

the comprehensive network management center is also used for acquiring the equipment monitoring data from the cloud database, and carrying out equipment monitoring, fault statistics and big data analysis.