Bo Chen

TL;DR: The simulation results show that the integral k-shell method, which employs an algorithm of lower complexity, accurately identifies the influence of those nodes with the same k- shell values, and significantly improves the accuracy with which the influential nodes can be identified.

TL;DR: In this paper, a command and control super-network dynamic evolution model construction method based on a hybrid structure is presented, and the method comprises the steps: firstly analyzing limiting factors in a network evolution process, and proposing network modeling constraints; secondly, formulating network evolution rule based on the network framework of a hybrid network 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.

TL;DR: In this article, a command and control network cascading failure model construction method based on node importance is proposed, and a new initial load definition method, a nonlinear load capacity model and a load redistribution strategy are given, and the internal mechanism and the external behavior of the cascade failure can be reflected more effectively and accurately.

TL;DR: In this paper, a command and control super-network model construction method based on relative hybrid preferences is presented, which comprises the specific steps: S1, providing a modeling method of the relative hybrid preference; S2, abstracting network nodes and network links; S3, giving a definition of a base network and a cross network; S4, establishing a base-network, a command-and-control-perception cross-network and a command/control-firepower cross network, and S5, designing a supernetwork sub-network fusion and projection method,