一个基于网络的可编程序控制器实验室制造工程教育

中文字数:4994,中文页数:6  英文字数:2723页数:8

 Abstract:This study presents the design and development of a Web-based programmable logic controller(PLC)system architecture that supports “hands-on” laboratory exercises in automated manufacturing systems control area for distance education. The system architecture allows remote users to access and control a PLC-based table-top manufacturing system via the Internet. A Web site has been designed and developed that facilitates interactivity and supports PLC programming and control.
 The architecture has been tested and implemented in the course Emgt 334 Computer Integrated Manufacturing Systems at the Integrated Systems Facility(ISF)in the Engineering Management Department at the University of Missouri-Rolla during Fall 2001. This study shows that software tools available in the market can be integrated to develop a fairly complex, yet effective, learning environment for distance education. The architecture presented in this paper is not dependent on specific PLC hardware or software configuration, it represents a generic infrastructure.
 Keywords:Automated\manufacturing\system\controlE-lab·E-manufacturing　Internet-based distance education·Manufacturing engineering　education·Web-based
manufacturing

 摘要：本研究设计开发一个基于网络的可编程逻辑控制器(PLC)系统结构，支持“实践”的实验演练，自动化制造系统控制面积为远程教育。该系统架构允许远程用户访问和控制基于PLC的表机顶盒制造系统通过因特网使用。一个网站已经设计和开发，便于互动，并支持PLC编程控制。2001年秋季在密苏里大学工程管理部，建筑已经过测试，并实施了在这个过程中emgt 334计算机集成制造系统的综合系统设施。本研究报告表明，软件工具可以在市场上可以整合，以制定一项相当复杂而有效的学习环境，为远程教育。该建筑在本文件是不依赖于具体的PLC硬件或软件配置，它已经成为通用的基础设施。
 关键词：自动化制造系统、控制电子实验室电子制造业、以互联网为基础的现代远程教育的制造工程、教育的网络化制造

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