Current trends in computer integrated manufacturing

L.A. Derrick, G. Randall
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Abstract

A conceptual framework that is adaptable must be created so CIM users can evolve in an open and decentralized way, suppliers receive sufficient requirements when developing new products, and enterprises can establish migration paths for existing applications toward more integrated systems. A plant production system may be thought of as a vertical structure formed several levels. The top layer is often called the hot system. Below it are computing systems and area controllers to manage specific business centers. The third layer is the manufacturing workstation. To successfully integrate a CIM enterprise, it is necessary to be able to both physically and logically connect the three levels of architecture. The three major areas of integration that must occur while evolving to a CIM environment are physical, application, and business integration. Each level depends on the previous for support. These areas of integration are discussed.<>
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计算机集成制造的当前趋势
必须创建一个可适应的概念框架,以便CIM用户能够以开放和分散的方式发展,供应商在开发新产品时获得足够的需求,并且企业可以为现有应用程序建立向更集成的系统的迁移路径。一个工厂生产系统可以被认为是一个由几个层次组成的垂直结构。顶层通常被称为热系统。它下面是计算系统和区域控制器来管理特定的业务中心。第三层是制造工作站。要成功地集成一个CIM企业,必须能够在物理上和逻辑上连接这三个层次的体系结构。在发展到CIM环境时必须出现的三个主要集成领域是物理集成、应用程序集成和业务集成。每个级别都依赖于前一个级别的支持。本文讨论了这些集成领域
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