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A Multiple Platform Approach to Building a Bus Route Information System for Mobile Devices
The paper describes a multiple platform-based approach to creating a bus route information system for mobile devices. The system is context aware: users only need to tell the system (in natural language) where they wish to go, and the system takes care of the rest. The users are presented with a list of possible routes they can take to reach their desired destination. The results are also shown on a map that makes finding the bus stops very easy. In order to make the system available to as many users as possible, the architecture is client-server-based and relies on technology standards that are widely accepted and implemented, making it easily adaptable to new platforms. The application can be run on multiple platforms, with a minimal amount of calculations needed on the client side. The amount of data transfer between server and client is also kept to a minimum. The ability to run on multiple different platforms is achieved using technology such as HTML5, PhoneGap and Sencha Touch. The client’s functionality includes a search function and a map view, as well as the ability to use bookmarks. The server handles most of the business logic and communicates with external services such as the natural language processing back-end and the server for real-time bus departure information updates.

Rune Andersstuen, Trond Bøe Engell, Rune Sætre, Björn Gambäck (2012). Context-Awareness and Real-Time Information in an Intelligent Smartphone Application. 12th International Conference on Innovative Internet Community Systems. Lecture Notes in Informatics, volume 204, ISBN: 978-3-88579-298-7.

Published April 19, 2012

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