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The Method of Multi-screen Service using Scene Composition Technology based on HTML5

Authors :
Kyuheon Kim
Minwoo Jo
Source :
Journal of Broadcast Engineering. 18:895-910
Publication Year :
2013
Publisher :
The Korean Institute of Broadcast and Media Engineers, 2013.

Abstract

Multi-screen service is a service that consumes more than one media in a number of terminals simultaneously or discriminately. This multi-screen service has become useful due to distribute of smart TV and terminals. Also, in case of hybrid broadcasting environment that is convergence of broadcasting and communication environment, it is able to provide various user experience through contents consumed by multiple screens. In hybrid broadcasting environment, scene composition technology can be used as an element technology for multi-screen service. Using scene composition technology, multiple media can be consumed complexly through the specified presentation time and space. Thus, multi-screen service based on the scene composition technology can provide spatial and temporal control and consumption of multiple media by linkage between the terminals. However, existing scene composition technologies are not able to use easily in hybrid broadcasting because of applicable environmental constraints, the difficulty in applying the various terminal and complexity. For this problems, HTML5 can be considered. HTML5 is expected to be applied in various smart terminals commonly, and provides consumption of diverse media. So, in this paper, it proposes the scene composition and multi-screen service technology based on HTML5 that is expected be used in various smart terminals providing hybrid broadcasting environment. For this, it includes the introduction in terms of HTML5 and multi-screen service, the method of providing information related with scene composition and multi-screen service through the extention of elements and attributes in HTML5, media signaling between terminals and the method of synchronization. In addition, the proposed scene composition and multi-screen service technology based on HTML5 was verified through the implementation and experiment.

Details

ISSN :
12267953
Volume :
18
Database :
OpenAIRE
Journal :
Journal of Broadcast Engineering
Accession number :
edsair.doi...........b247f79d99b793e781a2d61d91de03b7
Full Text :
https://doi.org/10.5909/jbe.2013.18.6.895