面向全息制造执行系统的智能开放架构解决方案:领域“制造关键技术”视角

G. Varvara
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引用次数: 0

摘要

在过去的十年中,协同制造研究领域已经与现代制造挑战的创新解决方案相关联,即产品目录的动态变化,资源分布,意外干扰或异构制造环境。它们是跨学科的成果,涵盖了从组织层面(分权和自治)、结构层面(可重构系统)和通信层面(互操作性)的所有生产视角。本文基于IMS2020项目路线图重点研究领域,对协同制造领域最有趣的成果进行了评估,提出了三种新兴方法:机电一体化控制的整体组织;基于agent的分布式智能控制实现面向服务的沟通,协调、合作、协作。明确提出了智能产品/资源作用的一些细节。最后,对该领域的研究现状进行了总结,并指出了未来的研究挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intelligent open architecture solutions for holonic manufacturing execution systems: Domain « key technologies for manufacturing» perspective
During the last decade, the Collaborative Manufacturing research domain has been associated with innovative solutions to challenges of modern manufacturing, namely dynamic changing of product catalog, distribution of resources, unexpected disturbances or heterogeneous manufacturing environments. They refer to interdisciplinary results covering all the production perspectives from organizational level - decentralization and autonomy, structural level - reconfigurable systems, and communication level - interoperability. This paper makes an assessment of the most interesting achievements on the collaborative manufacturing, based on the IMS2020 project roadmap key research areas, presented on three emerging approaches: holonic organization for mechatronic control; agent-based implementation for distributed intelligent control; service-oriented communication for coordination, cooperation and collaboration. Some details about the role of intelligent products/resources are explicitly presented. Finally, some conclusions on the state of art in the domain are inferred and some future research challenges are identified.
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