摘要
现代电子战(EW)作战系统规模日趋庞大,作战环境也日趋复杂,对用计算机进行EW仿真提出了更高要求。如何将面向对象建模、人工智能等技术应用到EW仿真中是当前研究的重点之一。文中运用面向对象建模方法建立EW作战系统的实体模型和行为模型,并与描述EW电磁环境的数学模型一起构成仿真模型库。然后以仿真模型库为基础,利用智能系统平台的知识表达和实时推理能力,建立了仿真规则知识库并以专家系统产生式推理的方式实现规则驱动的仿真运行。这种基于面向对象、知识推理的仿真已应用于EW作战系统的效能评估,并为战法研究、策略评估等更高层次的EW仿真提供了有力的手段。
Nowadays, the scale of the electronic warfare systems （EW） is increasing greatly, along with the EW＇ s environment being more complex. Accordingly, using new technologies such as object - oriented modeling and artificial intelligence in EW simulation becomes important. This article uses object - oriented method to create entity models and action models for EW systems, then combines them with mathematic models describing EW environment. Based on these models, the intelligent system platform is used to create knowledge base and run EW simulation through reasoning process. This simulation method can be used for evaluating EW system＇s efficiency, studying EW tactics, or supporting decision making, etc.
出处
《计算机仿真》
CSCD
2007年第3期23-27,共5页
Computer Simulation
关键词
电子战
仿真
面向对象建模
知识库
Electronic warfare
Simulation
Object - oriented modeling
Knowledge base
