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A Novel Algorithm Based on LoRa Technology for Open-Field and Protected Agriculture Smart Irrigation System

机译:基于LoRa技术的新型田间保护农业智能灌溉系统算法。

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A novel algorithm for smart irrigation system adaptable for both open-field and protected agriculture based on LoRa technology is proposed in this paper. The algorithm suits a networked architecture, in which a central controller is communicating with distributed units of sensors and actuators. Communication within the system units use LoRa devices, where a LoRa is an IoT based technology providing low-power and long-range radio connectivity. Within an agricultural farm, the system can be configured such that it can suit the control of environmental conditions applicable for either an open-field and/or a protected (e.g. greenhouse) agricultures. A database has been developed and designed to comply with the system architecture. The collected data is analyzed and used by the system for automatically adjusting itself to an optimal or semi-optimal performance. At the central control, the user interface offer system monitoring capability, statistics, as well as report generation.
机译:提出了一种基于LoRa技术的适合于农田和保护性农业的智能灌溉系统新算法。该算法适合于网络架构,其中中央控制器与传感器和执行器的分布式单元进行通信。系统单元内的通信使用LoRa设备,其中LoRa是基于IoT的技术,可提供低功率和远程无线电连接。在农业农场内,可以对系统进行配置,以使其适合于控制适用于露天和/或受保护(例如温室)农业的环境条件。已经开发并设计了数据库以符合系统架构。系统分析并使用收集到的数据,以自动将自身调整为最佳或半最佳性能。在中央控制处,用户界面提供系统监视功能,统计信息以及报告生成。

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