Visualization System for Water Levels and Environmental Conditions in the Flood Monitoring Information System

Abstract

Flood disaster is a national disaster that takes a lot of victims and material for now. The government nationally implements short-term programs to anticipate disasters by supporting the various government and private institutions in developing disaster mitigation systems to reduce sustainable casualties. Based on this support, this research aims to develop a flood monitoring information system by implementing a real-time flood visualization system. System development is done by making two systems, namely hardware-based flood detection systems that are used as client systems and software-based flood monitoring information systems as servers. Flood detection systems are built using ultrasonic sensors, temperature sensors, rain sensors, Arduino microcontrollers, and Sim900A GSM modules. On the flood monitoring information system server using the Xampp component as a server application and Gammu as an SMS application. The communication system between the two systems uses the SMS Gateway communication system. The parameter values sent through the flood detection system will be visualized by the server in the form of animation and text. From the research, it was found that the flood detection system as a client has been able to send flood data, temperature, and rain conditions in real-time. And flood monitoring information systems have been able to capture data from client systems and store them in MySQL DBMS

Scientific evaluation of ultrasonic sensors for use in applications of water and hydraulic monitoring

“…Table 1 organizes relevant papers, including 1) the application area including runoff, river, sewage, irrigation, container, and reservoir, 2) water movement characteristics (or "water status") including standing (standing water), disturbance (standing water with disturbance), flow (calm flow), and turbulence (turbulent flow), 3) water quality including clean and turbid, 4) installation height including low and high (as previously defined), and 5) the sensor used. 12 Sewage Not provided Turbidity Not provided HC-SR04 Sabre et al 13 Runoff Not provided Turbidity Low HC-SR04 Hasbullah et al 14 Runoff Not provided Turbidity Low HC-SR04 Khan et al 15 Runoff Not provided Turbidity Low HC-SR04 Tejaswitha et al 16 Runoff Not provided Turbidity Not provided HC-SR04 Mastor et al 17 Runoff Not provided Turbidity Not provided HC-SR04 Khairudin et al 18 Container Not provided Clean Not provided HC-SR04 Khairunnas et al 19 Container Disturbance Clean Low HC-SR04 Yudhana et al 20 Container Disturbance Clean Low HC-SR04 Amin et al 21 Reservior Disturbance Clean Low HC-SR04 Saragih et al 22 Reservior Disturbance Clean High HC-SR04 Rama et al 23 Irrigation Standing Turbidity Low HC-SR04 Desnanjaya et al 24 Irrigation Standing Turbidity Low HC-SR04 Azmi et al 25 Container 59 Runoff Flow Turbidity Not provided HC-SR04 Noar et al 60 River Flow Turbidity Low HC-SR04 Finawan et al 61 River Flow Turbidity Low HC-SR04 Septiana et al 62 River Flow Clean Low HC-SR04 Satria et al 63 River Flow Clean Low HC-SR04 Sai et al 64 Runoff Flow Turbidity Low HC-SR04 Khan et al 65 Runoff Flow Turbidity Low HC-SR04 Sumitra et al 66 Runoff Flow Turbidity Low HC-SR04 Olesnanikova et al 67 River Turbulence Clean High HC-SR04 Yahaya et al 68 River Turbulence Clean Not provided HC-SR04 Satria et al 69 Runoff Turbulence Clean Low HC-SR04 Sulistyowati et al 70 River Flow Clean Low HY-SRF04 Yoeseph et al 71 Runoff Not provided Turbidity Low HY-SRF05 Mulyana et al 72 Container Standing Turbidity High HY-SRF05 Riv...…”

Perancangan Dan Pembuatan Aplikasi Manajemen Acara Berbasis Mobile Menggunakan Flutter

“…Entity Relation Diagram adalah diagram yang menunjukan relasi atau hubungan suatu entitas pada entitas lainnya beserta juga atribut-atributnya [13]. ERD biasa digunakan untuk perancangan database sistem.…”