摘要
产品并行开发过程中地理上分布的各智能体进行协同设计时不可避免地会产生冲突。为了获得一个各方一致接受的全局最优设计 ,各智能体必须通过协商来解决冲突 ,使冲突最终达成一致。本文提出并实现了一种并行环境下的多智能体模型 ,该模型中的各智能体采用多层混合推理策略进行冲突协商。该协商解决方案可以弥补单一解决方案存在的不足 ,充分发挥基于实例。
Conflicts will inevitably occur between geographically distributed agents during the product concurrent development. To obtain a unanimously accepted optimized design, each agent should solve conflicts by negotiation. This paper brings forward and realizes a multi agents model in concurrent environment. Agent in the model adopts a multi tier hybrid reasoning strategy to negotiate with each other. This strategy can avoid the disadvantages of a single strategy and bring into play the advantages of case based, rule based and model based reasoning.
出处
《机械科学与技术》
CSCD
北大核心
2003年第3期508-510,共3页
Mechanical Science and Technology for Aerospace Engineering
关键词
并行工程
多智能体系统
冲突协商模型
多层混合推理
Concurrent engineering
Multi agents system
Conflict negotiation
Multi tier hybrid reasoning
