智能控制及其应用-------外文翻译.doc
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智能控制及其应用-------外文翻译,abstract: the author introduces some basic concepts about intelligence control in this paper,which includes fuzzy control,adaptive fuzzy-neural control,expert f...
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Abstract: The author introduces some basic concepts about intelligence control in this paper,
which includes fuzzy control, adaptive fuzzy-neural control, expert fuzzy system and artificial
neural networks and so on, and features of fuzzy theory and artificial neural network are briefly
analyzed. Finally, the author combines artificial neural network techniques with PID control, the
neural network PID control method is applied to the temperature control system, seeing from the
output curve, the present method has many advantages of small overshoot, short setting-time,
and an excellent control result has provided for the system.
Key words: intelligence control; neural network; temperature control system.
It is well known that the emergence of intelligent control has made it conducive to integrate fuzz logic control and artificial neural networks and expert system for the development of control systems. The ability of these systems to complex non-linear function of many variables through a learning control driven by an error signal is particularly attractive. On the other hand, the intelligent control has found various applications in industrial produce as well as household applications. For example, for some complex or ill-defined systems that are not easily controlled by conventional schemes, the advanced control can provide a feasible alternative to get the approximate and qualitative data of human experts knowledge. As developing industrial control,
摘 要: 介绍了一些有关智能控制的基本概念，如模糊控制，自适应模糊神经控制，专家模糊系统和人工神经网络等等,并简要分析了模糊理论与人工神经网络的特点，将人工神经网络技术与PID控制相结合，用神经网络PID控制方法控制一个温控系统，从输出曲线中可见，这种方法有输出超调小、上升时间快等许多优点，为系统提供了一个优良的控制效果。
关键词: 智能控制;神经网络;温度控制系统；
正如大家所知道的，在控制系统发展中，智能控制技术的出现有益于逻辑控制、人工神经网络技术和专家模糊系统的一体化。在由一个误差信号驱动的学习控制中可以看出，对于许多复杂变量的非线性方程，这些系统的功能得以淋漓尽致地发挥。换句话说，和普通软件一样，工业生产的各种各样应用软件已经溶入了智能控制的思想。举个例来说，对于一些较难为传统方案所能控制的复杂或不大明了的系统，这种高级控制能提供一个切实可行的方案使其接近目前人类专家认识水平上的定性数据。随着工业控制的发展，智能控制技术领域的繁荣已经
which includes fuzzy control, adaptive fuzzy-neural control, expert fuzzy system and artificial
neural networks and so on, and features of fuzzy theory and artificial neural network are briefly
analyzed. Finally, the author combines artificial neural network techniques with PID control, the
neural network PID control method is applied to the temperature control system, seeing from the
output curve, the present method has many advantages of small overshoot, short setting-time,
and an excellent control result has provided for the system.
Key words: intelligence control; neural network; temperature control system.
It is well known that the emergence of intelligent control has made it conducive to integrate fuzz logic control and artificial neural networks and expert system for the development of control systems. The ability of these systems to complex non-linear function of many variables through a learning control driven by an error signal is particularly attractive. On the other hand, the intelligent control has found various applications in industrial produce as well as household applications. For example, for some complex or ill-defined systems that are not easily controlled by conventional schemes, the advanced control can provide a feasible alternative to get the approximate and qualitative data of human experts knowledge. As developing industrial control,
摘 要: 介绍了一些有关智能控制的基本概念，如模糊控制，自适应模糊神经控制，专家模糊系统和人工神经网络等等,并简要分析了模糊理论与人工神经网络的特点，将人工神经网络技术与PID控制相结合，用神经网络PID控制方法控制一个温控系统，从输出曲线中可见，这种方法有输出超调小、上升时间快等许多优点，为系统提供了一个优良的控制效果。
关键词: 智能控制;神经网络;温度控制系统；
正如大家所知道的，在控制系统发展中，智能控制技术的出现有益于逻辑控制、人工神经网络技术和专家模糊系统的一体化。在由一个误差信号驱动的学习控制中可以看出，对于许多复杂变量的非线性方程，这些系统的功能得以淋漓尽致地发挥。换句话说，和普通软件一样，工业生产的各种各样应用软件已经溶入了智能控制的思想。举个例来说，对于一些较难为传统方案所能控制的复杂或不大明了的系统，这种高级控制能提供一个切实可行的方案使其接近目前人类专家认识水平上的定性数据。随着工业控制的发展，智能控制技术领域的繁荣已经
