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Concurrent intelligent design and assembly planning (CIDAP): object-oriented intelligent Petri nets (OOIPNs) approach

机译:并发智能设计和组装计划(CIDAP):面向对象的智能Petri网(OOIPN)方法

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The paper introduces the research efforts of an ongoing project in intelligent product process design. A new unified class of Petri nets called OOIPNs (object oriented intelligent Petri nets) is defined based on the basic place transition Petri nets, hybrid intelligent systems (HIS), distributed artificial intelligence (DAI) and object oriented approach, and used for the representation and integration of distributed knowledge sources. An application framework which uses the OOIPNs approach has been developed for the concurrent intelligent design and assembly planning. With this framework, a unified, knowledge and computation based integrated intelligent system for the modelling of product design and its assembling processes, especially the hybrid and dynamic knowledge exchange among intelligent agents can be achieved. Thus, product design and assembly planning can be carried out simultaneously and intelligently in an entirely computer aided concurrent design environment.
机译:本文介绍了正在进行的智能产品流程设计项目的研究工作。基于基本的场所过渡Petri网,混合智能系统(HIS),分布式人工智能(DAI)和面向对象的方法,定义了一种新的统一的Petri网类,称为OOIPN(面向对象的智能Petri网)。和集成分布式知识源。已经开发了使用OOIPNs方法的应用程序框架,用于同时进行的智能设计和组装计划。利用该框架,可以实现用于产品设计及其组装过程建模的统一的,基于知识和计算的集成智能系统,尤其是智能主体之间的混合和动态知识交换。因此,可以在完全由计算机辅助的并行设计环境中同时智能地执行产品设计和组装计划。

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