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Aplikasi Fis Model Sugeno Pada Pengendalian Valve Untuk Mangatur Tinggi Level Air

机译:Hfis Sugeno模型在阀门控制中调节高水位的应用

摘要

Fuzzy control is one of the controller alternative using expert system ( human being logic) as controller sothat do not need knowledge concerning parameter of systems. Fuzzy control also have ability of lightcomputing. This paper goal is making a Fuzzy control and observe the response of the plant had beencontrolled. The experiment\u27s purpose is to show the performance of Fuzzy control in control valve systemin order to liquid level controlling on-linely. Water level controlled by opening the load valve in the holdtank. The project experiment\u27s include examination conduct logic of Fuzzy program of Codevision AVR,examination of system at some references, examination the changing of liquid level reference, andexamination of system with the influence of disturbance. From the test, it is known that Fuzzy control withAVR ATmega8535 can yield eliminate offset in arranging opening of valve. Offset in examination ofsystem at some references are 0,4 cm , 0,02 cm , 0,17 cm, 0,11 cm, and 0,54 cm. Offset in examination thechanging of liquid levels are 0,07 cm, 0,02 cm, and 0,04 cm.
机译:模糊控制是使用专家系统(人类逻辑)作为控制器的控制器的一种选择,因此不需要有关系统参数的知识。模糊控制也具有光计算能力。本文的目标是进行模糊控制并观察已被控制的工厂的响应。实验目的是展示模糊控制在控制阀系统中的性能,以便在线进行液位控制。通过打开储水箱中的负载阀来控制水位。本项目的实验包括Codevision AVR模糊程序的检查行为逻辑,对某些基准的系统检查,液面基准的变化检查以及受干扰影响的系统检查。从测试中得知,使用AVR ATmega8535进行的模糊控制可以消除阀门开度的偏移。在某些参考系统检查中,偏移量为0.4 cm,0.02 cm,0.17 cm,0.11 cm和0.54 cm。检查时的偏移量液位的变化为0,07 cm,0,02 cm和0,04 cm。

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