Implementation of GSM Communication on Flood Monitoring Systems Based on Multiple Locations Visualization

Abstract

Flooding is one of the national disaster tragedies that currently often occurs in various countries. Therefore the government encourages various government, private and community institutions to develop disaster mitigation systems. Disaster mitigation systems are short-term programs aimed at reducing disaster victims. Therefore, this paper aims to describe the results of research in building flood monitoring information systems by developing flood data visualization systems in many locations. The system as a whole consists of two systems namely a flood detection system as a client and a flood monitoring information system as a server. the two systems communicate in sending flood data using GSM services, namely SMS. Flood detection systems are designed using ultrasonic sensors, temperature sensors, rain sensors, Arduino Uno microcontrollers and GSM modules. While the flood monitoring information system server was designed using a GSM modem, web server application, mySQL database, PHP engine and Gammu. The results showed that the flood detection system can send flood data consisting of flood locations, water levels, temperatures and rain conditions to the flood monitoring information system using SMS. SMS data received can already be converted by a flood monitoring information system server to a flood visualization-based interface for many locations in real time.

IoT Based Monitoring System for Mobility Control of Dairy Cattle in Indonesia

“…Due to the large number of cows that are kept, sometimes farmers find it difficult to detect the health condition of each cow individually. Hence, an early detection system is needed to control and monitor cattle activity so that prevention can be carried out as soon as possible in cows that are detected to have problems in their legs or other activities (Novianta 2015;Satria et al Dairy cows are the main milk-producing livestock to meet the world's milk needs compared to other dairyproducing livestock (Herbut et al 2015;Broucek et al 2017;Shepley et al 2017). Milk production is influenced by various things and the most important factor is the environment.…”

“…Due to the large number of cows that are kept, sometimes farmers find it difficult to detect the health condition of each cow individually. Hence, an early detection system is needed to control and monitor cattle activity so that prevention can be carried out as soon as possible in cows that are detected to have problems in their legs or other activities (Novianta 2015;Satria et al 2017;Mahendra et al 2018;Putra et al 2018;Isyanto et al 2020). The process of monitoring dairy cattle grazing on new free stall farms has been developed in several previous studies (Table 3).…”

“…Sensors for movement monitoring (Satria et al, 2017;Mahendra, Susyanto and Siswanti, 2018;Isyanto, Ibrahim and Meilisha, 2020) 1. Describe the use of sensors for monitoring the movement of an object 2.…”

Implementation of Communication Systems based on the Global System for Mobile Communications in Flood Monitoring Application with Web-Based Geospatial Information

“…The type of microcontroller that is often used in the manufacture of flood detection system products is currently the type of ATMEGA238 in the form of an Arduino minimum system. [1]. The Arduino minimum system is an open source based circuit board.…”

“…The Government of Indonesia in anticipating many victims of natural disasters has encouraged all government and private agencies to develop an early warning system using the latest information and telecommunications technology [1].…”