LANGKIWA RIVER WATER DETECTION SYSTEM IMPLEMENTING INTERNET OF EVERYTHING

Allen Llorca, Rosly Rapada, Maryland Dayuta, Mary Anne Perez, John Christopher Raymundo
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Abstract

The goal of this study is to establish a structure and test model that will provide communities with information and early flood warning and notification system and information dissemination for the municipalities of Binan City, Laguna particularly in Command Control and Communication Centre (City Disaster Risk Reduction and Management Office). Since the study focuses on the design, development and evaluation of instructional research methods, The study focuses on the design, production and evaluation of teaching systems, procedures and products. With the introduction of the IOE, the Langkiwa river water level detection system is a significant aid to the disaster rescue team of the Binan City local government. It could be a replacement for the municipality's existing manual control scheme. It uses ultrasonic sensor to detect the current situation of the river, and by the power of Arduino microcontroller that serves as the brain of the system that initiates to produce reliable and accurate information, and delivering of messages through GSM modem in a most convenient and fastest way of communication. The proposed project can also be a useful tool for monitoring the impact of global warning, the sudden increase and heavy rain water per year. It keeps the data gathered by the system from the river in database for future study and reference
朗基瓦河水检测系统实现万物互联
本研究的目标是建立一个结构和测试模型,为社区提供信息和早期洪水预警和通知系统,并为拉古纳市滨安市的市政当局提供信息传播,特别是在指挥控制和通信中心(城市灾害风险减少和管理办公室)。由于研究的重点是教学研究方法的设计、开发和评价,因此研究的重点是教学系统、程序和产品的设计、生产和评价。随着IOE的引入,Langkiwa河水位检测系统是对滨南市地方政府救灾队伍的重要援助。它可以替代市政当局现有的手动控制方案。它使用超声波传感器检测河流的现状,并通过Arduino单片机作为启动系统的大脑,产生可靠、准确的信息,并通过GSM调制解调器以最方便、最快捷的通信方式传递信息。拟议的项目也可以成为监测全球变暖、每年降雨量突然增加和暴雨的影响的有用工具。将系统采集到的河流数据保存在数据库中,以供今后研究和参考
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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