Flood Level Control and Management Using Instrumentation and Control

Aditya Rajput, Dinesh B. Kumbhar, Hrushikesh J. Joshi, Nandkishor M. Dhawale, Rewa H. Joshi, S. S. Patil
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Abstract

Flood is a extremely dangerous and harmful natural catastrophe. Various actions have been taken to reduce severity caused by flooding and flood damages. However, the problem of drainage remains one of the main challenge. Therefore, the main objective is to avoid or minimize the environmental impacts of flood hazards & to reduce the risk of flood and channel migration hazards. In order to address the problem, and to provide flood protection and decrease flood damage different types of works have been undertaken by engineers from all disciplines across the globe. This paper discusses about an interactive model illustrating the flood like situation and its solution to control and manage. The model is designed and created using instrumentation and control based hardware and software solutions to help manage the situation as well as to work like an emergency flood monitoring and warning system. This model is implemented with level monitoring and measurement system, alarm system, and use of LED's using which people can be warned and therefore help to reduce the after effects due to floods.
使用仪表和控制的洪水水位控制和管理
洪水是一种极其危险和有害的自然灾害。人们已经采取了各种措施来减轻洪水造成的严重程度和洪水造成的损害。然而,排水问题仍然是主要挑战之一。因此,主要目标是避免或尽量减少洪涝灾害对环境的影响,降低洪涝灾害和河道迁移灾害的风险。为了解决这个问题,并提供洪水保护和减少洪水损害,来自全球各个学科的工程师已经开展了不同类型的工作。本文讨论了一种描述类洪水情景的交互模型及其控制和管理方法。该模型是使用仪器仪表和基于控制的硬件和软件解决方案设计和创建的,以帮助管理情况,并像紧急洪水监测和预警系统一样工作。该模型采用水位监测和测量系统,报警系统,并使用LED灯,可以警告人们,从而有助于减少洪水造成的后遗症。
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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