Undani -一个提高农业水平的系统

Ashish Srivastava, R. Mahajan, D. Sagar, Pratik Shende
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引用次数: 0

摘要

Undani是梵语,意思是用于灌溉的水库。地球上几乎百分之一的水是容易获取的淡水。看看周围水资源的浪费,很明显可以预见,在不久的将来,下一代将不得不面对水资源短缺。相当一部分废水是通过传统和人工灌溉技术排出的。此外,由于缺乏智能农业技术和对其的认识,可以看出,优质作物产量正在日益下降。本文就如何高效、便捷地解决这些问题进行了探讨。本文提出了一种微型的利用土壤水分传感器检测土壤含水量即土壤水分的方法。然后通过基于Arduino UNO的ATmega328P微控制器处理传感器的输出。这个Arduino的输出决定了是否需要采取行动。然后相应地切换水泵输入。该系统成本低,面临经济困难的农民也可以购买。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Undani – A System for Enhanced Farming
Undani, a Sanskrit word which means reservoir of water for irrigation. Hardly one percent of the total water present on the earth is fresh water and easily accessible. Looking at the wastage of water in the surrounding, it is very obvious to predict that the upcoming generation will have to face the scarcity of water in near future. Considerable part of the waste water comes out through the traditional and manual irrigation techniques. Also it can be perceived that the quality crop production is decaying day by day due to lack of smart farming techniques and awareness about it. This paper deals with the efficient and convenient solution to these problems. In this paper, a miniature is proposed to detect the water content of the soil i.e. soil moisture using soil moisture sensor. The output of the sensor is then processed through ATmega328P microcontroller based Arduino UNO. The output of this Arduino determines whether action needs to be taken or not. The water pump input is then toggled accordingly. The proposed system is low cost and can be procured by farmers facing economic distress.
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