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首页> 外文会议>IFIP 159; IFIP TC 5 / WG 5.5 IFIP International Conference on Information Technology for Balanced Automation Systems in Manufacturing And Services; 20040927-29; Vienna(AT) >COLLABORATIVE E-ENGINEERING ENVIRONMENTS TO SUPPORT INTEGRATED PRODUCT DEVELOPMENT
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COLLABORATIVE E-ENGINEERING ENVIRONMENTS TO SUPPORT INTEGRATED PRODUCT DEVELOPMENT

机译：协作式电子工程环境支持集成产品开发

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摘要

Nowadays global product development tasks are executed by different facilities usually at different geographically location, where design and manufacturing teams must work remotely. This situation requires three major issues to be tackled: (1) implementation of a collaborative Integrated Product Development process among the different companies participating in the Product Life Cycle activities; (2) establishment of environments that foster the coordination and cooperation among engineering groups; (3) integration of software tools that allows the exchange of information and knowledge among engineers in an effective and efficient manner. A reference model for integrated product, process and manufacturing systems development is described and a methodology to implement Collaborative e-Engineering Environments is proposed to provide a model to transfer the e-engineering concepts to the industry. A case study is described that applied the proposed methodologies to set-up a c ollaborative e nvironment for high tech product d evelopment u sing low-cost technologies.
机译：如今，全球产品开发任务通常由位于不同地理位置的不同机构来执行，而设计和制造团队则必须在这些位置进行远程工作。这种情况需要解决三个主要问题：（1）在参与产品生命周期活动的不同公司之间实施协作式集成产品开发流程； （2）建立促进工程小组之间协调与合作的环境； （3）集成软件工具，允许工程师之间有效有效地交换信息和知识。描述了用于集成产品，过程和制造系统开发的参考模型，并提出了实现协作电子工程环境的方法，以提供一种将电子工程概念转移到行业的模型。描述了一个案例研究，该案例将所提出的方法应用到了使用低成本技术为高科技产品开发建立协作环境的过程中。

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