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Development of a Fuzzy Logic Controller Algorithm for Air-conditioning System

机译:用于空调系统模糊逻辑控制器算法的开发

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The goal of this paper is to develop an algorithm of fuzzy logic controller (FLC) for automatic air-condition controlling system. The Fuzzy logic system is used to design this algorithm. Two inputs and one output are designed with an industrial application in mind. This system consists of two sensors for feedback control: one to the monitor of temperature and another one to the monitor of humidity. There are three control elements: cooling valve, heating valve, and humidifying valve, to adjust the temperature and humidity of the air supply. Fuzzy rules are formulated by temperature and humidity. The model of this controller algorithm has been simulated using MATLAB simulation. Finally, the developed algorithm has been designed for implementing the hardware VLSI chip using VHDL language from EDA tools.
机译:本文的目标是开发一种用于自动空调控制系统的模糊逻辑控制器(FLC)算法。模糊逻辑系统用于设计该算法。两个输入和一个输出都设计有工业应用。该系统由两个传感器组成,用于反馈控制:一个到温度的监测器,另一个到另一个到湿度的监测。有三种控制元件:冷却阀,加热阀和加湿阀,调整空气供应的温度和湿度。模糊规则通过温度和湿度配制。使用MATLAB仿真模拟了该控制器算法的模型。最后,开发的算法设计用于使用EDA工具的VHDL语言实现硬件VLSI芯片。

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