Real-time Implementation of IoT based Smart Dam System and Safety of Inhabitants through Live Footage

S. Bhargavi, Sowmya Shree N, Nitin Kumar, Sahana R, T. T.S.
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Abstract

The water assets accessible from dams assume an essential job in the improvement of a nation. The critical exercises related with it are industrial works, domesticated animals, cultivating and irrigation. Water level in dams must be overseen legitimately with the goal that it doesn't prompt any unsafe outcomes. Subsequently there is a need to build up a productive framework that can screen the dimension of water and take important choices progressively with no human obstruction. This framework can be actualized utilizing the innovation called Internet of Things i.e. IoT incorporated with wireless sensors. This framework depends on nodal communication in which each dam is viewed as a node which are interconnected to one another and consequently associated with a central command center. These nodes use the Wi-Fi module to communicate with the central command center. The primary function of the central command center is to choose whether to keep the gate open or shut. Another function incorporates directing of water considering the water level in various dams. Remote cameras are joined for the surveillance of dam regions so that there is no risk to human or creature life.
通过实时视频实时实现基于物联网的智能水坝系统和居民安全
从水坝中获得的水资产在一个国家的发展中起着至关重要的作用。与之相关的关键练习是工业作业、驯养动物、耕作和灌溉。大坝的水位必须受到合法的监管,目标是它不会引发任何不安全的后果。因此,有必要建立一个能够筛选水的维度并在没有人为阻碍的情况下逐步作出重要选择的生产框架。这个框架可以利用被称为物联网的创新来实现,即与无线传感器相结合的物联网。该框架依赖于节点通信,其中每个大坝被视为一个节点,这些节点相互连接,从而与中央指挥中心相关联。这些节点通过Wi-Fi模块与中央指挥中心通信。中央指挥中心的主要功能是选择是否保持大门打开或关闭。另一个功能包括考虑各个水坝的水位来引导水。远程摄像机被连接起来监视大坝区域,这样就不会危及人类或生物的生命。
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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