首页> 外文会议>Human Factors and Power Plants, 1988., Conference Record for 1988 IEEE Fourth Conference on >Human engineering in the design of expert systems for microcomputers system troubleshooting
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Human engineering in the design of expert systems for microcomputers system troubleshooting

机译:人机工程学中用于微机系统故障排除的专家系统设计

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摘要

Summary form only given. The development of a computer-based expert system to be used as a trouble-shooting aid for microcomputer systems is described. A knowledge structure for an expert system that describes the purposes or design objectives of the faulted microcomputer system has been created. The knowledge structure, along with appropriate design data about the faulted system has been computerized in a rapid prototyping AI (artificial intelligence) environment which permits potential customers to see the development results as they evolve and to inject their comments and ideas. The internal problem solving by the expert system can be initiated by the user at any point in the knowledge structure depending on the viewpoint of the user. The expert system is assumed to completely 'touch' the faulted system and is intended to initiate tests that will exercise both the hardware and the software of the faulted system. This approach is being tailored to microprocessor-based process control systems installed in process plants.
机译:仅提供摘要表格。描述了基于计算机的专家系统的开发,该专家系统将用作微计算机系统的故障排除辅助工具。已经创建了用于描述故障微计算机系统的目的或设计目标的专家系统的知识结构。知识结构以及有关故障系统的适当设计数据已在快速成型的AI(人工智能)环境中进行了计算机处理,使潜在客户可以在发展过程中看到发展成果,并提出自己的意见和想法。专家系统的内部问题解决可以由用户根据用户的观点在知识结构中的任何时候启动。假定专家系统完全“接触”了故障系统,并且旨在启动测试,该测试将同时使用故障系统的硬件和软件。该方法适合于安装在过程工厂中的基于微处理器的过程控制系统。

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