S. Nasri, A. H. Sadka, N. Doghmane and K. Khelil (2017) Group of Pictures Effects on Proposed Multiview Video Coding Scheme. 40th International Conference on Telecommunications and Signal Processing, 2017 , Barcelona, Spain
Scientific Publications
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Abstract
In this paper, an investigation of multiview video coding schemes is presented, based on different inter-view prediction structures and various group of pictures (GOP) sizes. The studied inter-view prediction schemes in this paper are: A new approach namely “PIP”, recently proposed (PBI), and the benchmark structure (MVC). Results of the conducted tests allow to order the studied inter-view structures and GOP sizes preferences according to their effects in terms of random access and compression efficiency. “PIP” approach achieves significant results in terms of random accessibility yielding a gain of 53.33 % and 36.36 % compared to MVC and PBI approach, respectively. A substantial bit-rate saving is produced by “PBI” approach structure compared to the aforementioned structures. Furthermore, the results ascertain the fact that using a reduced GOP length provides better random access ability and less bit-rate saving. Conversely, larger GOP length leads to low-delay random access and more bit-rate saving.
Information
Item Type | Conference |
---|---|
Divisions |
» Laboratory of Electrical Engineering,Electronic and Renewable Energy |
ePrint ID | 1374 |
Date Deposited | 2018-06-30 |
Further Information | Google Scholar |
URI | https://univ-soukahras.dz/en/publication/article/1374 |
BibTex
@inproceedings{uniusa1374,
title={Group of Pictures Effects on Proposed Multiview Video Coding Scheme},
author={S. Nasri, A. H. Sadka, N. Doghmane and K. Khelil},
year={2017},
booktitle={40th International Conference on Telecommunications and Signal Processing, 2017}
}
title={Group of Pictures Effects on Proposed Multiview Video Coding Scheme},
author={S. Nasri, A. H. Sadka, N. Doghmane and K. Khelil},
year={2017},
booktitle={40th International Conference on Telecommunications and Signal Processing, 2017}
}