A context-aware architecture for IPTV services personalization

 

Marek Dabrowski1*, Justyna Gromada Deepak1, Hassnaa Moustafa2+, and Jacky Forestier3

 

1Orange Labs Poland
Warsaw, Poland

{marek.dabrowski, justyna.gromada}@orange.com


2Intel Labs, Intel Corporation

Hillsboro, Oregon, USA

hassnaa.moustafa@intel.com

 

3Orange Labs, France
Paris Area, France

jacky.forestier@orange.com

 

Abstract

TV and video services landscape is currently undergoing significant changes. Traditional TV broadcasting model is supplemented and often even replaced by digital content distribution services over the Internet. As a result of this trend, a range of services and contents available for users is rapidly expanding. As a side-effect, designing efficient user interfaces for discovering the content, as well as for manipulating associated interactive services, becomes more and more cumbersome. Pervasive computing and context-awareness principles seem to be promising for making user interaction with the system more seamless and fluid. This paper discusses context-awareness as a new trend for services personalization, defining the meaning of ¡±context¡± and different contextual data relevant for IPTV (Internet Protocol Television) services. A novel architecture for unified storage and processing situational data in IPTV service domain is presented, together with discussion of its implementation issues and validation by testbed experiments. The UP-TO-US context-aware architecture is designed for seamless monitoring of user¡¯s environment (including networks and terminals), interpreting user¡¯s requirements and making the user¡¯s interaction with the TV system dynamic and transparent. Consequently, content personalization is achieved, matching the user¡¯s needs and current state of his surrounding environment.
 

Keywords: IPTV, architecture, context-awareness, personalization.

 

*Corresponding author: Marek Dabrowski
Orange Labs Poland, St. Obrzezna 7, p. 229, Zaklad Platform Uslugowych i Middleware,
02-691 Warsaw, Poland, Tel: +48-226995706


+This work has been done by the author during her stay in Orange Labs.  


Journal of Internet Services and Information Security (JISIS), 3(1/2): 49-70, February 2013 [pdf]