TDS Measurement Using Machine Learning Algorithm

L. Rose, Grace Rachel Selvaeva D, X. Anitha mary
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引用次数: 3

Abstract

Water being the primary source of our wealth and health is considered to be a major concern in this new era of technology and human invasion. Since the quality of water that we consume is a threatening alarm in the present scenario, the same must be analyzed and quantified to eradicate the ineffectiveness of the resource to a major extend. The water quality parameters as Total Dissolved Solvents, salinity, pH, turbidity has to be analyzed and subsequently should be controlled in order to have a better usage of the resource. An exclusive cost effective work is carried on to analyze qualitative parameters as Total Dissolved Solvents. The various salts were analyzed and classified depending on their optical properties. A simple photo sensor was fabricated and was transmitted through various water samples with some salt content and the salts are interpreted via machine learning approach. The work gave an insight to the major threats in the water scarcity and protection.
TDS测量的机器学习算法
水是我们财富和健康的主要来源,在这个技术和人类入侵的新时代,水被认为是一个主要问题。由于我们所消耗的水的质量在目前情况下是一个威胁警报,因此必须对其进行分析和量化,以在很大程度上消除资源的无效。为了更好地利用资源,必须对总溶解溶剂、盐度、pH、浊度等水质参数进行分析和控制。对总溶解溶剂等定性参数进行了成本效益分析。根据其光学性质对各种盐进行了分析和分类。制作了一个简单的光传感器,通过各种含盐量的水样传输,并通过机器学习方法解释盐分。这项工作使人们了解了水资源短缺和保护方面的主要威胁。
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