DEVELOPMENT OF A GPS AND IOT BASED LOCALIZATION SYSTEM: A CASE STUDY IN QUITO
DOI:
https://doi.org/10.70998/itistct.v6i1.165Keywords:
GPS, IOT, web service, MQTT, GSMAbstract
This document details the creation of a device for vehicle localization and data acquisition using a mobile app and Internet of Things (IoT) network. The goal is to track a device's precise location via integrated GPS. The system includes three main elements: (1) a microcontrolled embedded system, (2) a cloud server, and (3) a web service with a graphical interface. The microcontrolled system gathers location data through a GPS sensor and GSM network connectivity, processes the data, conserves energy in sleep mode, and uploads information to the cloud server. The cloud server, communicating via GSM, utilizes rented computational resources and specialized programs to monitor the microcontrolled device. It employs MQTT for data relay and integration to the web service. The web service, hosted on the cloud, orderly displays data through a graphical interface, showing the device's real-time location on a map, accessible via internet-connected computers or mobile devices, thus ensuring continuous monitoring provided the device is powered.
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