Proposal of an IoT Architecture for Greenhouse Monitoring

Victor Lisnic, Filipa Ferrada, P. Correia
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引用次数: 1

Abstract

Agriculture is an industry that is essential for the food supply for the world population. Although this industry is so important, there are many challenges associated with it, such as the pollution/waste present in the agricultural practices and the aging of the farmers. The application of technological solutions can provide a way to solve these challenges, by retrieving data from the physical environment, based on which future decisions can be taken, using actuators. The goal of this work is to present an architecture through which the different layers can communicate with each other’s, and then based on this architecture develop a system that can help monitor the agricultural fields. The project is applied in a controlled environment (a greenhouse), and the objective is to verify both the waste of water within the cultures, and if there are benefits in changing the plastics used on top of the soil in terms of production, from the traditional one (black), to a plastic that is white and thicker.
温室监测物联网架构方案
农业是为世界人口提供食物所必需的工业。尽管这个行业如此重要,但也存在许多与之相关的挑战,例如农业实践中存在的污染/废物和农民的老龄化。技术解决方案的应用可以为解决这些挑战提供一种方法,即通过执行器从物理环境中检索数据,从而在此基础上做出未来的决策。这项工作的目标是提出一个架构,通过这个架构,不同的层可以相互通信,然后基于这个架构开发一个系统,可以帮助监测农业领域。该项目应用于一个受控的环境(温室),目的是验证在培养中浪费的水,以及在生产方面改变土壤表面使用的塑料是否有好处,从传统的(黑色)到白色和更厚的塑料。
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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