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Design and Implementation of WSN and IoT for Precision Agriculture in Tomato Crops

机译:番茄作物精准农业中无线传感器网络和物联网的设计与实现

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This research presents the design and implementation of a precision agriculture system using sensor networks as the basis in precision agriculture for farmers tomatoes (Solanum lycopersicum) in Colombia with the aim of transferring knowledge and mitigating the effects of the soil and climate change on of tomato crops. Finally we found the optimal ranges to improve productivity and avoid losses due to uncontrolled agroclimatic variables such as relative temperature, soil temperature, relative humidity, soil moisture and luminosity. Also, this paper aim a IoT architecture for the respective storage and traceability of tomato crops in the cloud.
机译:这项研究提出了一种以传感器网络为基础的精密农业系统的设计和实施,该系统是哥伦比亚农民番茄(Solanum lycopersicum)精准农业的基础,目的是传播知识并减轻土壤和气候变化对番茄作物的影响。最后,我们找到了最佳范围,以提高生产率并避免由于不受控制的农业气候变量(例如相对温度,土壤温度,相对湿度,土壤湿度和光度)而造成的损失。此外,本文还针对物联网架构,以针对云中番茄作物的各自存储和可追溯性。

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