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Study of PID and FLC based water level control using ultrasonic level detector

机译:基于PID和FLC的超声波液位检测器的水位控制研究

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In the industrial sector there exist parameters like level, temperature, flow, vibration which needs precise control. Conventional control system adopts PID technique to control its parameter but cannot achieve desired accuracy because of several disadvantages. So to overcome these drawbacks, fuzzy logic control system is adopted which gives better performance. Therefore, an attempt has been made to study the comparison between conventional PID controller and Fuzzy logic controller using ultrasonic level sensor. In this paper, we have designed a real setup of microprocessor based PID controller as well as designed simulation system of PID and fuzzy logic controller for water level control by using Fuzzy Logic Toolbox and Simulink in MATLAB software.
机译:在工业领域中,需要精确控制液位,温度,流量,振动等参数。传统的控制系统采用PID技术控制其参数,但由于几个缺点而不能达到理想的精度。因此,为了克服这些缺点,采用了具有更好性能的模糊逻辑控制系统。因此,试图研究使用超声波液位传感器的常规PID控制器和Fuzzy逻辑控制器之​​间的比较。在本文中,我们使用MATLAB软件中的Fuzzy Logic Toolbox和Simulink设计了基于微处理器的PID控制器的真实设置,以及水位控制的PID和Fuzzy逻辑控制器的仿真系统。

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