Design Of A Green Iot Based Water Monitoring System For Metropolitan City.

E. Michael, J. Agajo, O. Osanaiye, A. M. Oyinbo
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Abstract

Water is essential for life. However, waste is a major problem in the world. Although, several research work have proposed the use of IoT as a solution to curb waste and achieve effective billing. However, in developing countries like Nigeria, the application of such technology is challenging since power or energy supply is often times erratic in nature. Taking Tunga Minna, Niger state Nigeria as a case study, it is observed that the rate of power outage is high. This will however, result to large loss of water consumption data that is supposed to be uploaded to the cloud via IoT platform. To reduce the level of outage, this study presents the design of a green IoT based water monitoring system for metropolitan area. The purpose of the design is to ensure minimum probability of outage. The scope of the design is limited to the hardware design. At the end, it is expected that a design with low probability of outage is achieved.
基于绿色物联网的大都市水监测系统设计。
水是生命所必需的。然而,浪费是世界上的一个主要问题。尽管如此,一些研究工作已经提出使用物联网作为遏制浪费和实现有效计费的解决方案。然而,在像尼日利亚这样的发展中国家,这种技术的应用是具有挑战性的,因为电力或能源供应往往是不稳定的。以尼日利亚尼日州通加明纳为例,观察到该地区的停电率较高。然而,这将导致本应通过物联网平台上传到云端的大量用水量数据丢失。为了减少停电的程度,本研究提出了一个基于绿色物联网的城市地区水监测系统的设计。设计的目的是确保最小的中断概率。本设计的范围仅限于硬件设计。最后,期望实现低停机概率的设计。
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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