Resumen

QUINONEZ, Yadira; LIZARRAGA, Carmen; PERAZA, Juan  y  ZATARAIN, Oscar. Intelligent system for automated monitoring of public transport in real time. RISTI [online]. 2019, n.31, pp.94-105. ISSN 1646-9895.  https://doi.org/10.17013/risti.31.94-105.

This article proposes a fully functional prototype for the monitoring of public transport, the main objective is to provide information in real time to users who use buses as a means of transport, and at the same time, provide historical data for each unit to know the information related to the schedules and delays of the routes made in the different circuits; to achieve the objective, a set of resources and technological means have been used that focus on the capabilities of a reduced- scoreboard computer Raspberry PI. In general, the prototype consists of four modules: the GPS tracker, which consists of two main components: a Raspberry PI and a GPS module NEO-6M Ublox. The web service and the database are implemented in PostgreSQL, which stores the information through a RestFul web service developed in PHP. The web application for bus tracking management is developed in PHP and uses the Bootstrap framework for the user interface. Finally, the mobile application for Android intended for end users, was developed on the Visual Studio 2015 platform with Xamarin and was programmed in C #.

Palabras clave : Raspberry Pi; GPS; Transportation Monitoring Database; Web Service.

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