基于Stage的武器装备作战效能评估仿真框架设计

Design of Stage-Based Simulation Framework for Operational Effectiveness Evaluation of Weapon and Equipment

利用STAGE内嵌的标准UDP包控制机制和仿真引擎扩展的定制用户模块,设计实现了基于STAGE的仿真运行框架。设计的仿真控制器利用UDP包向想定管理器和仿真引擎发送控制指令,协调仿真过程,支持多批次仿真运行;仿真引擎扩展的用户模块通过注册控制事件处理函数,按照用户需求替换内置的仿真模型,利用RTC控制器与仿真引擎保持同步;在此基础上,结合多个配置文件完成多种因素的不同组合对作战效能的影响。

This paper provides a stage-based simulation runtime framework,which utilizes the built-in standard UDP packet control mechanism and customizes user modules by extending the core simulation engine. UDP packet control messages are processed to exchange simulation status among simulation controller designed to control the workflow,scenario manager and simulation engine,which supports running simulation in batch mode. User modules hooking into the simulation engine,in which callback functions are registered to process the control events generated by the simulation engine components （such as RTC controller,entity manager,etc）,is utilized to replace existing simulation models to meet user individual needs and to synchronize the execution of the simulation engine and user modules. Combined with several specific configure file,combination of different factors influenced operational effectiveness can be researched in this framework.