Command and control super-network dynamic evolution model construction method based on hybrid structure

Abstract

The invention discloses a command and control super-network dynamic evolution model construction method based on a hybrid structure, and the method comprises the steps: firstly analyzing limiting factors in a network evolution process, and proposing network modeling constraints; secondly, formulating a network evolution rule based on a network framework of a hybrid structure according to the addition and deletion processes of the nodes and the connection edges in combination with rule conditions of actual military evolution; and finally, proposing a model evolution step according to network evolution constraints and rules, and generating a final network evolution model, so that an internal mechanism and an external behavior of command and control network evolution can be reflected more effectively and accurately.

Description

technical field

[0001] The invention belongs to the field of military command and control, and specifically relates to a method for constructing a dynamic evolution model of a command and control supernetwork based on a hybrid structure. Background technique

[0002] Command and control network, as the hub of command and control system order issuing and information transmission, is the key to victory in war. With the continuous improvement of battlefield informatization, the organizational structure of the command and control network is becoming more and more complex, and information interaction is more frequent, showing the characteristics of diverse and heterogeneous nodes and multiple interlaced links, which have typical complex network characteristics. The command and control network has a strong topological time-varying nature during the combat process. Due to the complexity of the battlefield environment and the instantaneous change of the combat relationship, the mili...

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