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Fuzzy C-Means Clustering Technique Applied for Modeling Parameters of an Intelligent Greenhouse Open Control System

机译:模糊C-均值集群技术应用于智能温室开放控制系统的建模参数

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This paper presents the analysis, design and development of three intelligent open control systems: (1) temperature, (2) relative humidity, and (3) nutrients electrical conductivity - implemented in a sustainable greenhouse located at Tecnologico de Monterrey, Campus Ciudad de Mexico. The intelligent controllers are based on a "Fuzzy C-Means Takagi-Sugeno" control type in order to deal with the nonlinear environmental conditions and variables inside the greenhouse. The proposed open control system was developed using an Intelligent Control Toolkit for LabVIEW?. The intelligent controls are based on an open loop control system that could be used under the boundaries of different crops. Finally, experimental results are shown in order to validate the correct performance of the controllers.
机译:本文介绍了三种智能开放控制系统的分析,设计和开发:(1)温度,(2)相对湿度,(3)营养导电性 - 在位于Tecnologico de Monterrey,Campus Ciudad de Mexico的可持续温室中实施。智能控制器基于“模糊C-Means Takagi-Sugeno”控制类型,以便在温室内处理非线性环境条件和变量。建议的开放式控制系统是使用LabVIEW的智能控制工具包进行开发的?智能控制基于开环控制系统,可在不同作物的边界下使用。最后,显示了实验结果,以验证控制器的正确性能。

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