A communication relationship identification and processing method for a communication service network

Abstract

Aiming at the problem that traditional electronic detection only recognizes link-level signals, the invention discloses a communication relationship recognition and processing method of a communication service network. The present invention raises the traditional identification to a higher level by providing an automatic matching and identification method, and identifies, sorts out and sorts the overall situation of the opponent's communication service network and nodes from the service network level. The invention reads the known communication service network information from the database, receives data from the data bus and the service bus, performs communication service network matching on the radiation source information, performs corresponding operations according to the matching result, and completes communication relationship identification of the communication service network Finally, cumulative sorting is performed on all the nodes in each existing communication service network, and the node with the largest sorting value will be set as the preferred interference processing target. The present invention can dynamically and flexibly maintain service network communication information under the condition of being compatible with existing equipment, simplify system upgrades, and reduce equipment construction costs.

Description

technical field [0001] The invention belongs to the field of communication service network identification and processing, in particular to a method for identification and processing of communication service network communication relationships. Background technique [0002] Usually a communication service network includes multiple communication nodes, and each communication node will also be equipped with several types of communication equipment to undertake different business requirements, such as combat command transmission, data transmission, voice transmission, image transmission, etc. A number of communication nodes and communication links of various communication standards connecting the nodes together constitute a communication service network. Therefore, in the scenario where multiple communication service networks coexist, the ability to comprehensively analyze, process, and rank the importance of different communication service networks and their nodes is an urgentl...

AI Technical Summary

Problems solved by technology

For the reconnaissance equipment that only targets a single communication system, it can only realize the reconnaissance and identification of a single communication system, such as its signal technical parameters and orientation, system analysis and content interception, and has no information on the relationship between multiple communication systems, each communication node, etc. The ability to identify key nodes

For example, if most communication transmissions are initiated or converged at a certain node, this node must be a key node, or there is always a node information that participates in the interaction during most communication transmissions, then this node must also be a key point. For traditional interference As far as the system is concerned, it will compete and suppress all communication systems of all communication nodes of opponents in the area, resulting in difficult interference, sharp increase in equipment usage, poor mobility, low interference efficiency, easy exposure, and low damage resistance

[0003] Traditional communication reconnaissance equipment is mainly aimed at signal identification, detection and content interception of a single communication system. Functionally, it can only identify a single communication system, lacks identification of the service network level and classification of node relationships, and cannot analyze the entire communication network and its nodes. The overall situation is clearly presented, and the nodes cannot be sorted, resulting in the lack of effective evaluation and key node identification capabilities for the communication command system network, which leads to competition at the communication link level of the subsequent interference level that can only be limited to these single signals It is impossible to realize automatic identification and processing at a higher level

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