Multi-layer Intelligent Encapsulation of Manufacturing Resources for MAS-based Distributed Manufacturing System

2009 Second International Workshop on Knowledge Discovery and Data Mining Pub Date : 2009-01-23 DOI:10.1109/WKDD.2009.221

Yan Cao, Jiang Du, Yu Bai, Lina Yang, Yanli Yang

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引用次数: 2

Abstract

In order to deal with dynamic change in a manufacturing environment, all kinds of manufacturing resources are reorganized as multifarious agents with different resources and capability. According to the automation level and working mode of each functional agent to finish its tasks in the manufacturing environment, the manufacturing resource agents are divided into three categories. In order to construct these various agents conveniently, a multi-layer structure is put forward. Based on the structure, the agents can not only rapidly deal with unexpected events, but also recognize and predict the environment change automatically to adjust their behavior. A manufacturing system hierarchical architecture based on MAS is also provided. According to the change of actual productive tasks and the difference of scheduling strategies, the manufacturing system can be reconstructed flexibly by changing the MAS structure and the granularity of the agents. Consequently, it can adapt to the rapid change of the manufacturing environment and the manufacturing resources.

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基于mas的分布式制造系统制造资源的多层智能封装

为了适应制造环境的动态变化，将各种制造资源重组为具有不同资源和能力的多种agent。根据制造环境中各功能agent完成其任务的自动化程度和工作方式，将制造资源agent分为三类。为了方便地构建这些不同的agent，提出了一种多层结构。基于该结构，智能体不仅能快速处理突发事件，还能自动识别和预测环境变化，调整自身行为。提出了一种基于MAS的制造系统分层体系结构。根据实际生产任务的变化和调度策略的不同，通过改变MAS结构和agent粒度，可以灵活地重构制造系统。因此，它能够适应快速变化的制造环境和制造资源。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2009 Second International Workshop on Knowledge Discovery and Data Mining

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