摘要
采用什么样的计算机仿真方法来隐喻真实的作战系统是装备作战仿真研究的关键问题.从复杂性科学的研究角度,引入了复杂适应系统(CAS)理论及其技术体系,提炼了基于Agents/space的建模与仿真框架,说明了框架实现的关键技术——可计算模型、复杂性解决方案和仿真实现平台.进而利用该方法进行了典型装备作战仿真问题研究,包括:利用神经网络、三维连续空间可计算模型,并选用Mason平台实现了装甲装备战损规律仿真;利用三层元胞自动机、产生式系统可计算模型,并选用Repast平台实现了装备群对抗仿真.为基于复杂性理论开展装备作战仿真或具有类似特征问题的研究提供了一种新的试验途径.
It is crucial to select a proper M＆S measure in equipment campaign simulating. From complexity science perspective, complex adaptive system （CAS） and its technology was researched. An agents/space approach was constructed incltiding of key technology of computational model, complexity mapping scheme and simulation platform. Furthermore based on this method battle damage simulating model of armored equipment was developed, single simulating model combined with neural network model, 3 dimension continuous space and Mason simulation platform, and equipments counterworking model on product system, three layers cellular automaton and Repast platform. Research result show a fresh approach on complexity theory was explored for equipment campaign and analogous system.
出处
《数学的实践与认识》
CSCD
北大核心
2011年第20期130-137,共8页
Mathematics in Practice and Theory
基金
中国博士后科学基金(20100481487)
