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一、前言智能数字调节器(以下简称智能调节器),以前称为增益适应式非线性调节器或极值采样式最优(ESO)调节器。它一开始是用模拟量实现的,而后采用了微电脑技术。在重庆大学周其鉴教授的指导下,在四川轻化工学院、自贡市电子研究所、川南电业局中试所的共同努力下,完成了智能调节器的样机,并在四川白马火电厂汽温调节系统上得到应用。二、智能调节器的调节规律有丰富实践经验的操作人员在控制中的优势,就在于能充分利用系统输出信号(变量)中的各层次以及同一层次不同阶段的信息,并根据这些信息作出正确的判断(决策),从而进行方式类同但量值却很不一致的操作。据
I. INTRODUCTION Intelligent Digital Regulator (hereinafter referred to as Intelligent Regulator), formerly known as Gain Adaptive Nonlinear Regulator or Extremely Mode Optimum (ESO) Regulator. It started with an analog, and then used microcomputer technology. Under the guidance of Professor Zhou Qijian of Chongqing University, with the joint efforts of the Sichuan Institute of Light Chemical Engineering, the Institute of Electronics of Zigong City and the pilot facility of South Sichuan Electric Power Bureau, the intelligent regulator prototype was completed and the temperature control of the steam turbine of Sichuan Baima Thermal Power Plant The system is applied. Second, the regulation of intelligent regulator Rich practical experience of the operator in the control of the advantage lies in the system can take full advantage of the output signal (variable) at different levels and the same level of different stages of information and make the correct information based on these (Decision), so as to conduct the same type of operation but the value is very inconsistent. according to