装甲兵工程学院学报
裝甲兵工程學院學報
장갑병공정학원학보
JOURNAL OF ARMORED FORCE ENGINEERING INSTITUTE
2012年
6期
60-65
,共6页
李雄%董斐%王昊%孟庆超%王振田
李雄%董斐%王昊%孟慶超%王振田
리웅%동비%왕호%맹경초%왕진전
Agent%作战系统建模%基于Agent的建模%Agent交互链
Agent%作戰繫統建模%基于Agent的建模%Agent交互鏈
Agent%작전계통건모%기우Agent적건모%Agent교호련
Agent%warfare system modeling%Agent-Based Modeling (ABM)%Agent interaction chain
目前,采用基于Agent建模(Agent-Based Modeling,ABM)方法研究战术级分队层次作战系统建模,存在如何直观形象而准确地表达与实现多Agent组织模式的问题。着眼军事需求,从如何建立Agent交互链的新角度来开展作战系统建模问题研究,推动ABM方法的创新发展,深化Agent和多Agent系统(Multi-Agent System,MAS)技术研究。通过提出规范、实用的Agent交互链形成过程,确立了交互链中的链节点Agent的层次化变换机制,揭示了链节点Agent聚合/解聚和交互链结构约简/扩充同步变换的工作机理。研究结果表明:与一般的ABM方法相比,Agent交互链的形成及其链结构变换,是一种更好地实现战术级分队层次作战系统建模的新途径。
目前,採用基于Agent建模(Agent-Based Modeling,ABM)方法研究戰術級分隊層次作戰繫統建模,存在如何直觀形象而準確地錶達與實現多Agent組織模式的問題。著眼軍事需求,從如何建立Agent交互鏈的新角度來開展作戰繫統建模問題研究,推動ABM方法的創新髮展,深化Agent和多Agent繫統(Multi-Agent System,MAS)技術研究。通過提齣規範、實用的Agent交互鏈形成過程,確立瞭交互鏈中的鏈節點Agent的層次化變換機製,揭示瞭鏈節點Agent聚閤/解聚和交互鏈結構約簡/擴充同步變換的工作機理。研究結果錶明:與一般的ABM方法相比,Agent交互鏈的形成及其鏈結構變換,是一種更好地實現戰術級分隊層次作戰繫統建模的新途徑。
목전,채용기우Agent건모(Agent-Based Modeling,ABM)방법연구전술급분대층차작전계통건모,존재여하직관형상이준학지표체여실현다Agent조직모식적문제。착안군사수구,종여하건립Agent교호련적신각도래개전작전계통건모문제연구,추동ABM방법적창신발전,심화Agent화다Agent계통(Multi-Agent System,MAS)기술연구。통과제출규범、실용적Agent교호련형성과정,학립료교호련중적련절점Agent적층차화변환궤제,게시료련절점Agent취합/해취화교호련결구약간/확충동보변환적공작궤리。연구결과표명:여일반적ABM방법상비,Agent교호련적형성급기련결구변환,시일충경호지실현전술급분대층차작전계통건모적신도경。
Agent-Based Modeling (ABM) , as an efficient approach for tactical element warfare system modeling, has deficiency in how to visually, vividly and accurately express and realize a multi-agent organization. To meet the requirement, an innovative method, warfare system Agent interaction chain is presented in this paper to be helpful for the development of ABM theory and the research of Agent and MAS technology. A set of normative and practical interaction chain forming process is proposed, the hierarchical transformation mechanism of chain node Agent is established for the interaction chain, and the work mechanism of interaction chain structure reduction and expansion synchronous transformation and chain node Agent aggregation and dis-aggregation is explored. The research result indicates this method, compared with ABM method, is a more effective approach to achieving tactical element warfare system modeling.