Design, implementation and performance evaluation of a real-time knowledge-based controller

J. Jiang, R. Doraiswami
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引用次数: 0

Abstract

The general structure and design specifications of a real-time knowledge-based controller are proposed. The knowledge-based controller has been designed, implemented, and evaluated for a hydraulic turbine generator control system. The controller has been designed to maintain the system stability and performance not only during normal plant operation, but also in the presence of contingencies, such as system component failures and severe external load disturbances. The knowledge-base and the inference engine software are written in Prolog, and the information preprocessing and control algorithms are written in C language. The performance of the knowledge-based controller has been evaluated by simulating the hydraulic turbine generator system on an analog computer with the knowledge-based controller implemented in real time on a microcomputer.<>
基于知识的实时控制器的设计、实现和性能评估
提出了一种基于知识的实时控制器的总体结构和设计规范。对水轮发电机控制系统进行了基于知识的控制器设计、实现和评估。控制器的设计不仅是为了在工厂正常运行时保持系统的稳定性和性能,而且也为了在出现突发事件时保持系统的稳定性和性能,例如系统组件故障和严重的外部负载干扰。知识库和推理引擎软件用Prolog语言编写,信息预处理和控制算法用C语言编写。通过在模拟计算机上对水轮发电机系统进行仿真,并在微机上实时实现了基于知识的控制器,对其性能进行了评价
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