Error resilient layered stereoscopic video streaming
Proceedings of 3DTV-CON
Please cite this item using this persistent URLhttp://hdl.handle.net/11693/27006
In this paper, error resilient stereoscopic video streaming problem is addressed. Two different Forward Error Correction (FEC) codes namely Systematic LT and RS codes are utilized to protect the stereoscopic video data against transmission errors. Initially, the stereoscopic video is categorized in 3 layers with different priorities. Then, a packetization scheme is used to increase the efficiency of error protection. A comparative analysis of RS and LT codes are provided via simulations to observe the optimum packetization and UEP strategies.
- Conference Paper 
Showing items related by title, author, creator and subject.
Unequal error protection for stereoscopic video streaming [Stereo video kesintisiz i̇letimi için eşit olmayan hata korumasi] Tan, A.S.; Aksay, A.; Bilen Ç.; Akar G.B.; Arikan, E. (2007)The utilization of forward error correction (FEC) schemes for stereo video streaming is investigated. Stereo video is categorized in 3 layers and each layer is protected with different protection ratios for efficient ...
Tan, A.S.; Aksay, A.; Akar G.B.; Arikan, E. (2009)We consider an error-resilient stereoscopic streaming system that uses an H.264-based multiview video codec and a rateless Raptor code for recovery from packet losses. One aim of the present work is to suggest a heuristic ...
Stereoscopic video streaming with end-to-end modeling [Uçtan uca modelleme ile kesintisiz stereo video i̇letimi] Tan, A.S.; Aksay, A.; Akar G.B.; Arikan, E. (2008)In this work, we propose a stereoscopic video streaming system that uses rateless codes (Raptor codes) as the error protection scheme. Initially, we model the rate-distortion (RD) curve of video encoder and performance of ...