作战计划多粒度时空建模与仿真推演应用

Multi-Granularity Spatio-Temporal Modeling of Operational Plan and Simulation Deduction Application

面向仿真推演应用,从时空建模角度设计一种实体与事件相结合的作战计划多粒度时空表达模型,为指挥控制系统提供技术支撑.将作战计划抽象表达为一组推演实体和推演事件序列;分别针对推演实体和推演事件进行时空分析并设计多粒度时空表达模型;以美军反航母马赛克战仿真推演为案例进行了实验分析,验证了方法的可行性.

For simulation deduction applications, a multi-granularity spatio-temporal representation model of operational plan is designed from a perspective of spatio-temporal modeling to provide technical support for command and control systems. Firstly, the operational plan is abstractly expressed as a set of entities and event sequences. Then, the spatio-temporal analysis and design of the multi-granularity spatio-temporal representation model are implemented for the deduced entities and deduced events respectively. Finally, an experimental analysis is conducted with the simulation deduction of U.S. Army anti-carrier mosaic warfare, and the feasibility of the method is verified.