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Design of Monitoring System for Multilayer Soil Temperature and Moisture Based on WSN

机译:基于WSN的多层土壤温湿度监测系统设计

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摘要

The temperature and moisture of single soil layer is difficult to represent the real growth environment around crop root. The measurement of temperature and moisture in multilayer and multipoint soil is easy to know water demand around crop root during its growth period deeply and accurately. It also can improve the water utilization coefficient and achieve basic data for the research on soil water infiltration variation and intelligent precise irrigation. In this paper, a monitoring system for multilayer soil temperature and moisture was designed based on WSN using the core ship CC2530. The system consists of three parts: monitoring nodes, a gateway node and a system platform in upper computer. The monitoring system was deployed in farmland. A lot of soil temperature and moisture data was got in real-time, and the changes of soil temperature and moisture in four soil layers with depths of 10cm, 20cm, 30cm and 40cm were obtained. The application in the farmland shows that the system is practical, functional and stable.
机译:单层土壤的温度和湿度很难代表作物根部周围的真实生长环境。多层和多点土壤中温度和湿度的测量易于深入,准确地了解作物根部周围的需水量。它还可以提高水分利用系数,为研究土壤水分入渗变化和智能精确灌溉提供基础数据。本文以CC2530为核心,设计了基于WSN的多层土壤温度和湿度监测系统。该系统由三部分组成:监控节点,网关节点和上位机系统平台。监视系统已部署在农田中。实时获取了大量的土壤温度和湿度数据,获得了深度分别为10cm,20cm,30cm和40cm的四个土层的土壤温度和湿度变化。在农田中的应用表明该系统实用,功能稳定。

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