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首页> 外文会议>IFIP(International Federation for Information Processing) International Conference on Information Technology for Balanced Automation Systems; 20080623-25; Porto(PT) >MANUFACTURING SYSTEMS OF THE FUTURE: A MULTI-DISCIPLINARY APPROACH
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MANUFACTURING SYSTEMS OF THE FUTURE: A MULTI-DISCIPLINARY APPROACH

机译：未来的制造系统：多学科方法

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摘要

Successful manufacturing systems for the future have to be based on know-how originating from more than the traditional manufacturing domains. Approaches such as Reconfigurable Manufacturing Systems, the Agile Assembly Architecture and Holonic Manufacturing Systems go into the right direction; combined with approaches known from Mobile Robotics, Collective Artificial Intelligence and Complexity Science, there is considerable potential for creative solutions to the problems of low volume - high change productions. Systems must be enabled to self-organize, take profit of emergence and become more autonomous. More due to human factors than due to technical reasons, system autonomy and emergence belong to industry's worst nightmares. It is therefore crucial to address this fear while at the same time working on reliable methods and tools.
机译：未来成功的制造系统必须基于比传统制造领域更多的专有技术。可重构制造系统，敏捷装配架构和Holonic制造系统等方法都朝着正确的方向发展；结合移动机器人技术，集体人工智能和复杂性科学中已知的方法，对于解决小批量，高产量产品的问题，有创造性的解决方案具有很大的潜力。必须使系统能够自我组织，从出现中获利并变得更加自治。与人为因素相比，与技术原因相比，系统自治和出现是业界最糟糕的噩梦。因此，在致力于可靠的方法和工具的同时，解决这一担忧至关重要。

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