基于权值与平均连接度的导弹组网设计

Design of Missile Networking Based on Weights and Average Connectivity

为了实现导弹侦打一体化,针对导弹机动能力强、发射平台多样、节点分布分散等特点,要求作战节点之间能够建立高速、可靠、低时延的通信网络。为了提高作战节点的通信效率,在保证网络的稳定性和抗毁性的前提下,优化通信节点选取和最大化通信覆盖范围,提出了基于通信权值与平均连接度的组网算法。当主弹与从弹能够正常通信时,由主弹管理通信网络;当主弹无法完全覆盖从弹时,从弹之间自行通过计算节点通信能力的强弱和节点在网络拓扑中的平均连接度对节点的综合通信能力进行评估,选取出能够满足网络通信需求的中心节点。通过MATLAB仿真软件中的Truetime扩展工具箱对其进行了建模仿真,通过与最小ID算法和基于平均连接度的算法进行对比,验证了其可行性与可靠性。

In order to realize the integration of missile detection and combat,a high-speed,reliable and low-latency communication network between nodes is required to meet the characteristics of strong maneuverability of missiles,diversification of launch platforms,and distributed nodes.This paper designed a data link networking scheme based on communication weights and average connectivity to improve the communication efficiency of nodes,ensure the stability and resistance of the network by optimizing the selection of communication nodes and maximizing the communication coverage.The main missile manages communication network when the main missile can communicate with slave missiles.When the main missile cannot completely cover slave missiles,slave missiles select the center node to meet the requirement of the communication network by calculating the strength of the communication capacity of the computing node and the average of the nodes in the network topology.The design was modeled and simulated through the Truetime expansion toolbox in MATLAB.Compared with other networking algorithms,the feasibility and reliability of the proposed algorithm the scheme were verified.