使用树莓派的智能洒水系统

V. Chithra, J. R, D. R, K. Prathibanandhi, C. Priya
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引用次数: 4

摘要

如今,农业部门被认为是印度经济的支柱,占该国GDP的25%,由于水和天然肥料的枯竭,农业领域技术的使用不足,不可靠和多变的天气模式,农业部门一直在下降。提出的智能洒水系统由树莓派和无线传感器组成,它们通过网页相互连接。一旦传感器收集到信息,树莓派模块就会对其进行处理,并通过网页进一步传递给农民。在这个智能系统的帮助下,农民将能够了解田地的情况,如土壤的水分含量、土壤中肥料的存在、土壤的pH值、土壤中的氮含量等,以促进作物的有效生长。本文主要研究如何利用高效经济的喷水灭火系统对现场情况进行实时监测和观察。农业用地上的每一次大气变化都可以被感知并告知农民,这样他就可以自动地对灌溉模式进行必要的改变。即使是雇用贫穷农民在自己的土地上种植作物的土地所有者,即使他居住在世界任何地方,也可以在互联网的帮助下了解情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Sprinkler System Using Raspberry Pi
Nowadays the agricultural sector, which is considered as the backbone of the Indian Economy, that contributes to 25% of the country's GDP, has been declining due to depletion of water and natural fertilizers, inadequate use of technology in agriculture fields, unreliable and varying weather patterns. The proposed smart sprinkler system consists of a combination of Raspberry Pi and wireless sensors which are interconnected by webpage. Once the information is collected by sensor, it is then processed by the Raspberry Pi module, further mediated to the farmer through a webpage. With the help of this smart system, farmer will be able to know about the field conditions such as moisture content of the soil, presence of fertilizer in the soil, pH of the soil, nitrogen content in the soil, etc. for the efficient growth of crops. This paper mainly focuses on the real time monitoring and observation of field conditions with the help of efficient and economical sprinkler system. Every atmospheric change in the agricultural land can be sensed and intimated to the farmer, so that he can automate necessary changes in the irrigation pattern. Even the landowner, who employs poor farmers to grow the crops in his land, can get to know about the status even when he is residing anywhere in the world with the help of the internet.
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