Fuzzy Irrigation System with Rain Detection and Fertilizer Control

Michael Pareja, A. Bandala
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Abstract

Irrigation is essential for growing crops and leads to gradual growth in the economy. This research proposal aims to resolve the issue of scarcity and proper water management in the tank system through the Fuzzy Irrigation System. Fuzzy logic improves the irrigation system that includes three input parameters, such as soil moisture, soil temperature, and the water level. The combinations of these parameters will produce the time duration to have an efficient flow of water to the crop fields. Likewise, the Rain Detection Model (RDM) and the Fertilizer Control Model (FCM) are other features that support, strengthen, and innovate the system. The pilot test conducted by the researcher through MATLAB simulations were performed to check the effectiveness of the proposed system before its actual implementation.
雨量检测与肥料控制的模糊灌溉系统
灌溉对作物生长至关重要,并导致经济的逐步增长。本研究计划旨在透过模糊灌溉系统来解决水箱系统的缺水问题及适当的水管理。模糊逻辑改进了灌溉系统,包括三个输入参数,如土壤湿度、土壤温度和水位。这些参数的组合将产生有效的水流到农田的持续时间。同样,降雨检测模型(RDM)和肥料控制模型(FCM)是支持、加强和创新该系统的其他功能。在实际实施之前,研究人员通过MATLAB仿真进行了中试,以验证所提出系统的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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