Optimal Capacity Configuration and Adjustment of Communication Network Devices

As an important infrastructure, communication network can support military training, combat readiness and daily life. However, at present, the effective method is lack to reasonably configure the capacity of communication network devices. In this paper, according to the communication and construction requirements, a typical network is firstly divided into two stages: initial layout and network operation. In the initial layout stage, a novel definition of the importance degree of node is proposed, and then the optimal device capacity allocation is obtained by linear programming model. In the network operation stage, the minimum spanning tree is obtained by using the ring-breaking method, and the optimal communication scheme is constructed in order to occupy the minimum capacity. Based on a typical communication network, some results are given in this paper. The simulation results state clearly our proposed approach is effective and suitable in designing the optimal capacity configuration of communication network devices.