摘要
针对探索性仿真想定空间的智能化生成问题,提出了一种基于实验要素参量化方法的仿真想定空间生成系统。在分析了基于要素参量化的想定空间生成原理的基础上,构建了系统结构,阐述了各模块的实现方法。基于VR-Forces仿真平台的开放接口服务,将想定的参量化和实例化问题分解为元语句的参量化和实例化,较好地解决了仿真想定参量化处理这一关键技术。为探索性仿真实验空间设计和自动生成提供参考。
Issues on intellectualized generating of scenario space for the exploratory simulation experiment are studied. An experiment scenario space generation system based on key element parameterization is promoted. Based on including the basic principles of the scenario space generation method, the system＇s architecture is constructed, and the designs of the main modules are expounded. With the help of some open services offered by the VR-Forces, the complex problem of parameterization and instantiation for a simulation scenario can be broken into some simpler ones of parameterization and instantiation for some meta statements. This work has reference value to the design and generation of experiment space for the exploratory simulation experiment.
出处
《指挥控制与仿真》
2012年第5期81-85,共5页
Command Control & Simulation
关键词
探索性仿真
想定空间
参量化
实例化
exploratory simulation
scenario space
parameterization
instantiation
