How to generate the topology model of Distributed combat System of Systems network is an important issue in combat analysis. A combat network construction algorithm was proposed to solve the problem. The improved hierarchy network evolving method was used to construct the command and control network, and the combat network generation algorithm was developed by the growth and local priority connections of new node joining into the command network. And then the analytical expression of the degree distribution of the network model was deduced via the mean-field theory method. Finally, the network model was analyzed according to the topology statistical parameters. The analyzing results show that under the same command span, though the command network topology doesn’t change when command level was increased, but the topology performance of the combat network is improved. This is in line with actual combat network; the comparison of degree distribution of analytical results and simulation results indicated that the degree distribution of network model we proposed follows a power law distribution, with exponential value depending on the initial number of command and control network and the number of nodes connected to the rest of the network , verifying the validity of the algorithm model.

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