DocumentCode :
1320939
Title :
The Future of Satellite TV: The Wide Range of Applications of the DVB-S2 Standard and Perspectives
Author :
Mignone, Vittoria ; Vázquez-Castro, María Ángeles ; Stockhammer, Thomas
Author_Institution :
RAI Res., Tech. Innovation Centre, Turin, Italy
Volume :
99
Issue :
11
fYear :
2011
Firstpage :
1905
Lastpage :
1921
Abstract :
The first two generations of TV broadcasting are almost history, at least from the standardization perspective. Analog and digital satellite distributions both have addressed mass markets. The next-generation TV systems are close to primetime deployments: HDTV, 3DTV, interactive services, hybrid services, and additional innovations will dominate the next-generation TV. With the efficiency and maturity of DVB-S2, satellite distribution is a cost-efficient and well-established broadcast technology with significant potential for extensions. In this paper, the future perspectives of digital TV and HDTV broadcasting will be first explored, considering ongoing and future standardization activities that will be carried out. Particular attention to innovative solutions based on adaptive modulation and coding, source and channel coding, and error resilience techniques for satellite TV transmission is paid. In addition to broadcast TV, also the perspectives of hybrid and IPTV will be considered in a satellite scenario with their pros and cons, trying to understand if satellite IPTV will be in competition with “conventional” broadcast satellite TV services (like it already happens in terrestrial scenarios).
Keywords :
adaptive codes; adaptive modulation; channel coding; digital video broadcasting; direct broadcasting by satellite; high definition television; source coding; 3DTV; DVB-S2 standard; HDTV broadcasting; adaptive coding; adaptive modulation; broadcast satellite TV services; channel coding; digital TV broadcasting; digital satellite distributions; error resilience techniques; hybrid services; interactive services; mass markets; next-generation TV systems; satellite TV transmission; source coding; terrestrial scenarios; Analog TV; Digital TV; Digital video broadcasting; Hybrid intellligent systems; Interactive systems; Mobile communication; Receivers; Satellite broadcasting; Satellite communication; Adaptive coding and modulation (ACM); Dynamic adaptive streaming over HTTP (DASH); forward error correction (FEC); high definition TV (HDTV); hybrid broadband broadcast (HBB); satellite broadcasting; super high vision (SHV); variable coding and modulation (VCM);
fLanguage :
English
Journal_Title :
Proceedings of the IEEE
Publisher :
ieee
ISSN :
0018-9219
Type :
jour
DOI :
10.1109/JPROC.2011.2161848
Filename :
6018978
Link To Document :
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