基于事件驱动的任务级雷达对抗功能模块设计

Design of Task-level Radar Countermeasure Function Modules Based on Event-driven

摘要:

针对国内雷达对抗仿真多采用时间步进的机制以及实体采用对象管理技术导致效率较低的问题，提出了基于事件驱动的雷达对抗功能交互的建模方法，该方法采用事件驱动机制，将对象交互转化为功能交互。为适应该方法，重点对雷达对抗功能模块的交互关系及模块流程进行了设计，平衡了雷达对抗模块的仿真粒度，并基于ROSS仿真引擎采用设计的模块对导弹攻防案例进行仿真分析验证，与agent仿真结果基本一致，但是仿真时间却仅为agent建模仿真时间的1/5，证明了该方法的正确性和有效性。

Abstract:

In allusion to the problems that the mechanism of time stepping and object management techniques more applied to radar countermeasure analysis simulation lead to lower efficiency， a function interaction method of event - driven radar confrontation modeling is introduced. The method uses the event-driven mechanism and transforms the object interaction into functional interaction. In order to implement this method, the radar interaction function module and process are designed to balance the simulation granularity of the radar con-frontation module. The case of missile attack and defense is implemented using these modules in the ROSS simulation engine and the simulation results are basically consistent with the agent simulation, but the time is only 1 / 5 of the agent modeling and simulation，which proves the correctness and validity of the method and modules.