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Implementation of GSM based Flood Data Communication in the Flood Disaster Location Information System

机译:洪水灾区信息系统中GSM基于洪水数据通信的实现

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The frequency of floods that often occur in Indonesia has made floods one of the national disasters designated as national priorities.The flood disaster has caused many casualties and material losses.For the government to anticipate more flood victims,a flood information system is needed that can provide real-time flood infonnation in the form of location information and the level of flood level.Based on these problems,this research article aims to build a flood disaster information system in real-time location-based information using data communication based on Global System for Mobile Communications(GSM).The system design is built in two systems,namely the client system or flood detector consisting of ultrasonic sensor components as input modules,Arduino Uno microcontrollers as processing modules and SIM900 modules as output components.Next is a server system consisting of Wavecom GSM Modem as input component and PHP Engine software,mySQL database,Apache Web Server as data processing.In processing flood information,the client system sends location and water level data using SIM900 in the form of SMS to the server system.The server system processes the data so that it produces infonnation on the location and height of the flood that can be distributed through the website.This study produced a location-based flood disaster information system prototype with data communication between flood detectors and flood information system servers using Global System for Mobile Communications(GSM)media.
机译:在印度尼西亚经常发生的洪水频率使洪水成为国家优先事项的国家灾害之一。洪水灾害导致了许多伤亡和物质损失。对于政府预测更多洪水受害者,需要一种洪水信息系统提供定位信息形式的实时洪水信息和洪水级别。基于这些问题,本研究文章旨在使用基于全局系统的数据通信在基于实时位置的信息中构建洪水灾害信息系统用于移动通信(GSM)。系统设计内置于两个系统中,即由超声波传感器组件组成的客户端系统或洪水探测器作为输入模块,Arduino Uno微控制器作为处理模块和SIM900模块作为输出组件.Next是服务器系统由Wavecom GSM调制解调器作为输入组件和PHP引擎软件,MySQL数据库,Apache Web服务器作为数据处理。在处理泛滥信息中,客户端系统使用SIM900以SMS的形式发送位置和水位数据到服务器系统。服务器系统处理数据,以便它在可以分发的洪水的位置和高度产生信息通过本网站。这项研究制作了一种基于位置的洪水灾难信息系统原型,利用全球移动通信(GSM)媒体的洪水探测器和洪水信息系统服务器之间的数据通信。

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