IoT based Early Flood Detection, Destruction Avoidance and Automated Dam Gate Control System

Jenyfal Sampson, R. Nandakishore Reddy, M. Venkata Janardhan Reddy, Myla Chandra Narayana, R. Varun Kumar
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Abstract

The purpose of this study is to predict the flood at the dams and alerting the authorities to make them the people who are living their lives in remote areas i.e., near to the dam to the safer place, so that to reduce the mortality rate due to unprecedented flood. This study predicts the flood by using sensor-based networking system. Here, two ultrasonic sensors are connected to determine the level of water; waterflow sensor is used to know the speed of water; rainfall sensor is used to determine the rainfall. After measuring all the factors, the data is processed to the NodeMCU, which will act as a transmitter and it will transfer the data through the wireless communication to the another NodeMCU, which was situated at the office present at the dam and it will act as a receiver. After analyzing all the values, if the values exceed the limit, an alert will be sent to the authorities and then automatically the dam gates will get open.
基于物联网的早期洪水检测、破坏避免和自动闸门控制系统
本研究的目的是预测大坝的洪水,并提醒当局使他们生活在偏远地区,即靠近大坝的人到更安全的地方,以减少由于前所未有的洪水造成的死亡率。本研究采用基于传感器的网络系统进行洪水预测。在这里,两个超声波传感器连接在一起,以确定水位;水流传感器用于了解水流的速度;雨量传感器是用来测定雨量的。在测量完所有因素后,数据被处理到作为发射器的NodeMCU,它将通过无线通信将数据传输到位于大坝办公室的另一个NodeMCU,它将作为接收器。在分析完所有的数值后,如果数值超过了限制,就会向有关部门发出警报,然后大坝的闸门就会自动打开。
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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