基于Multi-Agent仿真模型的非对称作战有效性分析

The Validity Analysis of Asymmetric Warfare Based on Multi-Agent Simulation Model

针对多要素在非对称作战中运用的复杂影响,建立了基于Multi-Agent的仿真模型,对非对称作战的有效性进行了数学解释;给出了Multi-Agent的系统结构,在EINSTein仿真平台中设置了指挥决策Agent、态势感知Agent、通信协作Agent和作战行动Agent,以此模拟作战要素在非对称作战中运用的主要功能,进而演示非对称作战的过程,获得非对称作战的仿真实验数据;仿真模型描述了多要素影响下作战体系的突变现象;通过作战目的的实现和高倍增的作战效果,实证了仿真模型的有效性和可行性。

In allusion to complicated influence of multi-factors exertion in asymmetric warfare, the multi-agent simulation model is set up to explain the validity of asymmetric warfare. Based on the given system structure of multi-agent, the command decision-making agent, situation apperceive agent, communication collaboration agent, and battle action agent are intercalated in EINSTein simulation platform to simulate the main functions of multi-factors exertion in asymmetric warfare. Ulteriorly, the process of asymmetric warfare is demonstrated, and the simulative experimental data of asymmetric warfare is obtained. The simulation model describes mutation of battle system in the influence of multi-factors effectively. By realizing of battle aim and high augment of battle effect, the practical example demonstrates the validity and feasibility of the simulation model.