一种分布式微机电主体系统(DMAS)设计

Design of a Distributed MEM-Agent System

  • 摘要: 应用多主体系统技术于分布式微机电系统控制,提出一种分布式微机电主体系统设计方法和框架.分析了这种系统的构成,并给出了模块化、层次化、自顶向下的组织结构设计.为实现分布式微机电主体系统的自适应控制,采用基于软计算的控制框架,提出了混合模糊推理、神经网络、遗传算法的控制策略,对其在不确定环境中实现推理决策提供了一种有效的技术手段.

     

    Abstract: By applying multi-agent system technique to the control of distributed MEM systems,a novel distributed MEM-agent system(DMAS) method and frame is proposed.The components of DMAS are analyzed and a modular,hierarchical,top-down design in its organizational architecture is presented.In order to realize adaptive control to the DMAS,a soft computing frame is used.The frame forms a hybrid control scheme including fuzzy logic,neural network, genetic algorithm that is an effective method for DMAS's reasoning and decision making in an uncertain environment.

     

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