Citation:

Mohammed Mehdi Rashidi, Mohammed Yousuf, Dr. Mubarak Jawahar Ali Khan, 2021. "Bridge Safety Monitoring System Using IOT" ESP Journal of Engineering & Technology Advancements  1(1): 6-9.

Abstract:

In this examination, a Bridge wellbeing checking framework utilizing IoT is created utilizing remote innovation. The assistance of progression in sensor innovation has brought the computerized continuous extension wellbeing checking framework. This framework will help the avoidance in calamity the board and recovery. IoT-based scaffold security observing framework is created utilizing remote innovation. Different kinds of information can be gathered by utilizing remote sensor hubs like vibration, water level, and extension weight. This information would likewise be valuable for observing and reconnaissance. The main principle of this work is to foster a framework that can forestall mishaps or flyovers primary fiascos and scaffolds. This investigation gave the study of different strategies used to screen the states of the scaffolds and this framework for observing nonstop constructions and an ultrasonic sensor for checking the water level in the stream to keep away from traffic from an extension in flood utilizing Kalman's channel calculation. In the event of crisis circumstances, the extension entryways will be shut consequently. The gathered information is communicated to the worker and the data set for administrators to observe the scaffold conditions through portable telecom gadgets continuously.

References:

[1] Liyan Zhang, Guanchen Zhou, Yang Han, Honglei Lin, Yuying Wu, “Application of Internet of Things Technology and Convolutional Neural Network Model in Bridge Crack Detection”, IEEE Access 6:39442 – 39451, ISSN: 2169- 3536.
[2] Dianhu Du, 2018. “Study on the bridge-waters area ship safety collision avoidance navigation system”, Chinese Control And Decision Conference (CCDC), ISSN: 1948-9447
[3] Dianhu Du, 2018. “Study on the bridge-waters area ship safety collision avoidance navigation system”, 2018 Chinese Control And Decision Conference (CCDC), ISSN: 1948-9447.
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Keywords:

Bridge Safety, Water Level Sensor