An IoT based Automated Hydroponics Farming and Real Time Crop Monitoring

R. Mapari, K. Bhangale, Pranjal Patil, H. Tiwari, Shivani Khot, Sanjana J. Rane
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引用次数: 3

Abstract

As the world is moving at a very fast pace in aspects like technology and science, farming methods are also changing. Soil erosion and infertility is a very big issue in traditional farming and so to evade this a soilless farming also known as hydroponics is becoming very popular. Hydroponics is a technique for growing plants without the use of soil in a controlled manner by providing necessary nutrients to the crop. The existing systems of farming require regular ploughing and weeding of land, use of large area and an enormous amount of water. All these problems can be eradicated by using the hydroponics system of farming, and reduce the work of the farmer by automating the watering processes. The idea of proposed hydroponic style vertical farming is to use the Internet of Things (IoT) for sensing and monitoring important factors such as pH, TDS, temperature, and humidity to automate the system. The novelty of the project lies in its feature of automating the irrigation process, displaying all-important factors on an app and notifies the user through email in abnormal conditions.
基于物联网的自动化水培农业和实时作物监测
随着世界在科技等方面的快速发展,农业方法也在发生变化。土壤侵蚀和不孕症在传统农业中是一个非常大的问题,因此为了避免这个问题,无土农业也被称为水培法正变得非常流行。水培法是一种在不使用土壤的情况下种植植物的技术,以一种可控的方式为作物提供必要的营养。现有的农业系统需要定期耕地和除草,使用大面积和大量的水。所有这些问题都可以通过使用水培系统来消除,并通过自动化浇水过程来减少农民的工作。提出的水培式垂直农业的想法是使用物联网(IoT)来传感和监测重要因素,如pH值、TDS、温度和湿度,以实现系统自动化。该项目的新颖之处在于灌溉过程的自动化,将所有重要因素显示在应用程序上,并在异常情况下通过电子邮件通知用户。
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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