Application for Control and Monitoring of Grow Beds Using IoT

David-Nicolas Paez-Quinde, Sebastian Chipugsi, Mario Miranda, José Varela-Aldás
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Abstract

Automation, in general, facilitates thecontrol of different types of processes; its result allows high-qualityproducts. The development of this research is based on the effect ofglobalization, which has led farmers to opt for IoT and automation in the plantedarea. This work presents a control and monitoring system using a mobileapplication developed in App inventor that allows visualizing the data fromanywhere. The data obtained are the environmental temperature and the humidityof the soil, and the irrigation is controlled through a pump. The system isbased on an ESP32 board and the ThingSpeak platform. The programmingincorporates two control modes, manual and automatic; in the second case, acontrol with hysteresis is activated to maintain a range of humidity in thegrow bed. The results show measurements of the variables and the scores of anevaluation carried out by the user that allows validation of this proposal.
利用物联网控制和监测种植床的应用
一般来说,自动化有助于控制不同类型的过程;其结果允许高质量的产品。这项研究的发展是基于全球化的影响,这导致农民在种植区域选择物联网和自动化。这项工作提出了一个使用在App inventor中开发的移动应用程序的控制和监控系统,该系统允许从任何地方可视化数据。所获得的数据是环境温度和土壤湿度,灌溉通过泵控制。该系统基于ESP32板和ThingSpeak平台。该程序包括两种控制模式,手动和自动;在第二种情况下,激活具有滞后的控制以保持生长床的湿度范围。结果显示了变量的测量值和用户执行的评估分数,允许对该建议进行验证。
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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