Application of IoT wireless technology in precision agriculture by the example of creating a smart greenhouse

Elchin Aliyev, Abulfat Rahmanov, Asgar Almasov
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Abstract

Intelligent agricultural applications are gaining momentum, promising 24-hour monitoring of soil and crops, equipment productivity, storage conditions, plant and animal behaviour, energy consumption levels, etc. Combining different sensors, connected devices and agricultural facilities, IoT platform optimizes the development of intelligent agricultural systems and provides maximum flexibility, for example, for individual architectural design. This is a huge advantage for companies or farmers that plan to steadily expand their ecosystem of the IoT devices and over time introduce new intelligent agricultural solutions. Managing several solutions and upgrading them on a single IoT platform ensures rational operation and predictable results. One of such intellectual solutions is offered in this article on the example of the project "Smart greenhouse" using wireless IoT technologies.
以创建智能温室为例,介绍物联网无线技术在精准农业中的应用
智能农业应用的发展势头日益强劲,有望对土壤和作物、设备生产率、存储条件、动植物行为、能耗水平等进行 24 小时监控。物联网平台将不同的传感器、联网设备和农业设施结合在一起,优化了智能农业系统的开发,并提供了最大的灵活性,例如个性化的建筑设计。这对于计划稳步扩大物联网设备生态系统并逐步引入新的智能农业解决方案的公司或农户来说,是一个巨大的优势。在单一物联网平台上管理多个解决方案并对其进行升级,可确保合理的操作和可预测的结果。本文以使用无线物联网技术的 "智能温室 "项目为例,介绍了其中一种智能解决方案。
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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