A method for designing real-time distributed controllers of discrete manufacturing systems is presented. The approach held is agent based;the controller strategy is distributed into several interacting agents that ope...A method for designing real-time distributed controllers of discrete manufacturing systems is presented. The approach held is agent based;the controller strategy is distributed into several interacting agents that operate each one on a part of the manufacturing process;these agents may be distributed into several interconnected processors. The proposed method consists of a modelling methodology and software development framework that provides a generic agent architecture and communication facilities supporting the interaction among agents.展开更多
研究离散制造中混杂数控生产线的智能化控制问题.引入智能感知、智能决策与智能执行等智能制造技术,构建生产线数控设备的联网协同机制,实现类似流程制造中自动化生产及无人值守的自治控制.基于信息物理融合系统(cyber physical systems...研究离散制造中混杂数控生产线的智能化控制问题.引入智能感知、智能决策与智能执行等智能制造技术,构建生产线数控设备的联网协同机制,实现类似流程制造中自动化生产及无人值守的自治控制.基于信息物理融合系统(cyber physical systems,CPS)设计混杂数控自治系统(autonomous system for hybrid NC,ASHNC),提出具体架构与分层模型.采用WPF技术开发原型系统,并且在多个知名企业所构建的数控生产线中得到应用.实际效果验证了系统的可行性.展开更多
文摘A method for designing real-time distributed controllers of discrete manufacturing systems is presented. The approach held is agent based;the controller strategy is distributed into several interacting agents that operate each one on a part of the manufacturing process;these agents may be distributed into several interconnected processors. The proposed method consists of a modelling methodology and software development framework that provides a generic agent architecture and communication facilities supporting the interaction among agents.
文摘研究离散制造中混杂数控生产线的智能化控制问题.引入智能感知、智能决策与智能执行等智能制造技术,构建生产线数控设备的联网协同机制,实现类似流程制造中自动化生产及无人值守的自治控制.基于信息物理融合系统(cyber physical systems,CPS)设计混杂数控自治系统(autonomous system for hybrid NC,ASHNC),提出具体架构与分层模型.采用WPF技术开发原型系统,并且在多个知名企业所构建的数控生产线中得到应用.实际效果验证了系统的可行性.
