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A novel approach towards the design of an efficient embedded system for optimizing the usage of fertilizers

机译:一种用于优化肥料用法的高效嵌入式系统设计的新方法

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Agriculture is a chief source of livelihood for majority of Indians and has a great impact on the economy of the country. Use of fertilizers like urea, for increasing the yield of agricultural production is prevalent amongst the farmers. Several studies show that farmers have little control over usage of optimum level of fertilizers for optimal crop yield. Also, usage of fertilizers more than the requisite level produces crops with increased fertilizer content which upon consumption leads to several harmful diseases. Thus most of the edible crops cultivated are under high-fertilizer content setting. In this paper we present a system which shows how an efficient embedded fertilizer monitoring system can ensure millions of farmers to have information about the precise amount of fertilizer to be used for a particular soil type. The system is built with a raspberry pi as a host processor that is used to control and manipulate the sensors and a web database server that is used to validate and store data.
机译:农业是大多数印度人生计的主要来源,对国家的经济产生了很大影响。使用尿素等肥料,用于增加农业生产的产量在农民中普遍存在。几项研究表明,农民对最佳作物产量的最佳肥料水平的使用很少。此外,肥料的使用超过必要的水平产生具有增加的肥料含量的作物,这些肥料在消耗后导致几种有害疾病。因此,大多数栽培的食用作物都在高肥料含量设定。在本文中,我们提出了一种系统,该系统显示了有效的嵌入式肥料监测系统如何确保数百万农民可以提供有关用于特定土壤型肥料的精确量的信息。系统是用Raspberry PI构建的作为主处理器,用于控制和操作用于验证和存储数据的传感器和Web数据库服务器。

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