Cascading failure models for command and control networks (C2 networks) continue to be a challenging and important research area. Current solutions share a common limitation because the solutions focus only on the importance of each node in isolation using one index rather than considering the contribution degree of neighboring nodes, which makes the initial load definition inaccurate and affects the cascading invulnerability of the network. To address this limitation, a new cascading failure model for C2 networks is proposed. The new model CFMAdjM, which is based on an m-order adjacency matrix, proposes a method of initial load definition using the contribution degree of m-order neighboring nodes and defines the nonlinear load capacity model according to the nonlinear relationship between load and capacity. Finally, the influence of model parameters on the cascading failure of C2 networks is analyzed through simulation, and the results demonstrate that the new model effectively resists the cascading failure and enhances the survivability of the network by defining the initial load and adjusting the coefficient appropriately.

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command and control networks c2 networks morder adjacency survivability neighboring contribution degree initial load definition cascading invulnerability nonlinear relationship between load and capacity

Yun-ming Wang,Bo Chen,Xiao-shuang Chen,Xiu-e Gao,.Cascading Failure Model for Command and Control Networks Based on an m-Order Adjacency Matrix. 2018 (),.

Yun-ming Wang,Bo Chen,Xiao-shuang Chen,Xiu-e Gao,"Cascading Failure Model for Command and Control Networks Based on an m-Order Adjacency Matrix" 2018

Yun-ming Wang,Bo Chen,Xiao-shuang Chen,Xiu-e Gao,"Cascading Failure Model for Command and Control Networks Based on an m-Order Adjacency Matrix"