摘要
空防作战系统是一类复杂的军事作战系统。从军事作战系统的主导因素入手,讨论了传统研究方法的局限性,进而提出使用基于Agent的建模仿真(ABMS)方法研究空防作战系统的思路,并根据空防作战系统建模仿真应用的需要对ABMS进行了改进:建立了层次化的ABMS建模框架,为解决对作战动态过程的建模而引入了事件的扩展概念及其分析方法。然后介绍了一个空防作战系统建模仿真研究的完整过程,给出了系统动态演化的事件模型和作战单元的Agent模型,并针对仿真结果进行了分析;从而证明了ABMS方法的可行性和有效性。
The air defense combat system was a class of complex military combat system. On the basis of the key elements of the military combat sysstem, the paper discussed the limitations of traditional methods, then introduced the idea about using the Agent - Based Modeling and Simulation （ABMS） method to study the air defense combat system, and improved the ABMS method for the purpose of the modeling and simulation application of the air defense combat system on two aspects： the one was to build a hierarcbical modeling architecture for ABMS, the other was to introduce the extended concept of the event and corresponding analysis approaches in order to model the dynamic combat process. And then, a complete modeling and simulation application was introduced, the event model of the evolutionary process about the system and the agent models of the combat elements were presented, analyses of simulation results were carried out too. All of which had proved the ABMS to be a suitable and effective method.
出处
《计算机仿真》
CSCD
2007年第1期281-284,共4页
Computer Simulation
关键词
智能体
空防作战系统
复杂适应系统
建模
仿真
Agent
Air defense combat system
Complex adaptive system（CAS）
Modeling
Simulation
作者简介
李昊（1978．7-），男（汉族），辽宁省盖州市人，博士生。研究方向：复杂系统建模与仿真、基于Agent的建模与仿真方法、卫星系统建模与仿真；
戴金海（1943．11-），男（汉族），河北昌黎人，教授，博导，中国计算机用户协会仿真应用分会副理事长。《计算机仿真》编委会副主任，研究方向：飞行器系统建模与仿真、飞行器动力学、制导与控制、武器系统及运用工程。
