基于GSM和Wi-Fi模块的物联网先进智能灌溉监测系统

T. Narasimhulu, K. Deepthi, N. Patnaik, G. Rao
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引用次数: 2

摘要

本文提出了一种使用物联网(IoT)的农业自动化灌溉系统,该系统帮助农民通过手机获取有关温度和土壤湿度的信息,以进行有效的环境监测。这将提高总产量和产品质量。建立在自动化技术上的灌溉系统节省了农民的费用和电力,并节省了生产时间。物联网技术通过在各个领域引入革命性的变化,使普通人的生活变得更加轻松,这些变化包括工具的自动化。物联网定义了基于软件、传感器以及其他技术的物理系统。利用物联网设备的农业自动化灌溉系统的设计方法是逐步提高农业生产,提高农业生产,使其经济环保,减少废物产生,以保持产量。它采用Arduino技术设计,集成了不同的传感器,并提供一个GSM模块,用于向指定的移动号码发送短信警报,以及一个Wi-Fi模块,产生从Thingsspeak.com在线获取的实时数据馈送。开发的原型机已经在农业现场进行了测试,其数据馈送精度最高可达98%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GSM and Wi-Fi Module Based Advanced Smart Irrigation Monitoring System using IoT
This paper proposes an Automated Irrigation System in Farming using Internet of Things (IoT) which aids farmers in acquiring information on mobile phone regarding temperature and soil moisture for efficient environment monitoring. This will promote the gross yield and quality of the production. An irrigation system built on automation technology saves the farmer’s expenses and electricity, and yield time. The technology of IoT has made the life of ordinary people easier by introducing revolutionary changes in every field, where the changes include the automation of tools. IoT defines the system of physical thing rooted with software, sensors as well as additional technologies. The design methodology of Automated Irrigation System in Farming using IoT-based devices is gradually enhancing the agriculture production, enhancing it, making it economical environmental-friendly, and decreasing waste production to conserve the yield. It is designed with Arduino Technology integrated with different sensors and poses a GSM module for SMS alerts to a specified mobile number and a Wi-Fi module producing a live data feed acquired online from Thingsspeak.com. The prototype developed has been tested on live agriculture fields, which gives the highest precision of 98% in data feeds.
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