Smart Irrigation System With Data Visualization

Sudharshan Kumar Bhowmick, Shraddha Padhiari, Shubhendu Apoorv, E. Annadevi
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Abstract

In India, agriculture continues to dominate all other sectors which provide the majority portion in India's marketplace. The proper circumstances are required for the production of crops. In earlier times, irrigation was developed by traditional techniques of water flow from one point to another. The proposed idea aims to help farmers to maintain and irrigate their lands in a better and efficient way. This whole system is automated with least interference of human being. The basic idea is to separate the field into blocks and monitor various parameters using sensors. Depending on the needs of the farmer he can set the threshold value for the blocks. The threshold value will help in working on the automated irrigation system. It maintains the moisture content of the soil depending on the farmers need. Hence, encouraging the healthy growth of the plant with the proper supply of water. The land will be irrigated only when needed saving water.
具有数据可视化的智能灌溉系统
在印度,农业继续主导着为印度市场提供大部分份额的所有其他部门。作物的生产需要适当的环境。在早期,灌溉是通过传统的水从一点流向另一点的技术发展起来的。这一提议旨在帮助农民以更好、更有效的方式维护和灌溉他们的土地。整个系统是自动化的,人工干预最少。其基本思想是将现场分成块,并使用传感器监测各种参数。根据农民的需要,他可以设置区块的阈值。阈值将有助于自动化灌溉系统的工作。它根据农民的需要保持土壤的水分含量。因此,通过适当的供水来促进植物的健康生长。土地只在需要节水的时候才灌溉。
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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