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COMBAT EFFECT ANALYSIS SYSTEM UNDER V-C INTEROPERABILITY, AND OPERATION METHOD OF THE SAME

机译:V-C互操作性的作战效果分析系统及其操作方法

摘要

The present invention relates to a system for analyzing combat effects under V-C interoperability using a virtual simulation object model by a V model (virtual model) and a configuration simulation model by a C model (constructive model), and to an operating method thereof. The system for analyzing combat effects under V-C interoperability includes: a simulator unit which simulates a combat system to create the virtual simulation object model, and which is implemented as a model variable type; a virtual object simulation unit which simulates a virtual object as a combat object participating in a combat; a virtual environment simulation unit which simulates a virtual environment that is a virtual combat environment; a configuration simulation model unit which creates the configuration simulation model; and an operating system unit which makes and distributes scenarios used for the combat simulation, and which collects input and output variables and linked data related to the simulator unit, the virtual object simulation unit, and the virtual environment simulation unit and collects the combat simulation results after the combat simulation operated in connection with the simulator unit, the virtual object simulation unit, the virtual environment simulation unit and the configuration simulation model unit, wherein an engineering model is used in the simulator unit and the combat simulation by the virtual object. Accordingly, the present invention can comprehensively analyze the performance and combat effectiveness of ground manned and unmanned combat systems at the same time.
机译:本发明涉及一种使用V模型(虚拟模型)的虚拟仿真对象模型和C模型(构造模型)的配置仿真模型来分析在V-C互操作性下的战斗力的系统及其操作方法。在V-C互操作性下的战斗力分析系统包括:仿真器单元,其仿真战斗系统以创建虚拟仿真对象模型,并被实现为模型变量类型;以及虚拟物体模拟单元,将虚拟物体模拟为参与战斗的战斗物体;虚拟环境模拟单元,其模拟作为虚拟战斗环境的虚拟环境;配置仿真模型单元,其创建配置仿真模型;操作系统单元,其制作并分配用于战斗模拟的场景,并收集与模拟器单元,虚拟对象模拟单元和虚拟环境模拟单元有关的输入和输出变量以及链接数据,并收集战斗模拟结果在与模拟器单元,虚拟物体模拟单元,虚拟环境模拟单元和配置模拟模型单元结合进行战斗模拟之后,其中在模拟器单元中使用工程模型,并且由虚拟物体进行战斗模拟。因此,本发明可以同时全面分析地面有人和无人战斗系统的性能和战斗力。

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