A Selective Protection Scheme for Scalable Video Coding

Selective protection can exploit dependency coding properties to effectively perform partial protection on scalable video coding (SVC) bitstreams since protecting frames in lower scalability layers affects visual quality of the reconstructed frames in higher scalability layers. In this paper, we pro...

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Published in:IEEE transactions on circuits and systems for video technology Vol. 21; no. 11; pp. 1733 - 1746
Main Authors: Kim, H., Munchurl Kim
Format: Journal Article
Language:English
Published: New York, NY IEEE 01.11.2011
Institute of Electrical and Electronics Engineers
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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ISSN:1051-8215, 1558-2205
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Abstract Selective protection can exploit dependency coding properties to effectively perform partial protection on scalable video coding (SVC) bitstreams since protecting frames in lower scalability layers affects visual quality of the reconstructed frames in higher scalability layers. In this paper, we propose a selective protection scheme that maximizes protection effects by the minimum number of encoded frames to be protected in the SVC bitstream domain. We first model the SVC dependency coding structure as a directed acyclic graph which is characterized with an estimated visual quality value as the attribute at each node. In addition, a visual quality estimation model is proposed based on the proportions of intra-predicted and inter-predicted MBs, amounts of residues, and estimated visual quality of reference frames. The proposed selective protection scheme traverses the dependency graph to find optimal protection paths that can give the maximum visual quality degradation. Experimental results show that, compared to the existing protection schemes, the proposed selective protection scheme reduces computation complexity in the number of protected frames, the amount of protected data, and the protection time saving. The SVC file format specification supports the carriage of selectively protected bitstreams based on the concept of our selective protection in dependency coding structure of SVC.
AbstractList Selective protection can exploit dependency coding properties to effectively perform partial protection on scalable video coding (SVC) bitstreams since protecting frames in lower scalability layers affects visual quality of the reconstructed frames in higher scalability layers. In this paper, we propose a selective protection scheme that maximizes protection effects by the minimum number of encoded frames to be protected in the SVC bitstream domain. We first model the SVC dependency coding structure as a directed acyclic graph which is characterized with an estimated visual quality value as the attribute at each node. In addition, a visual quality estimation model is proposed based on the proportions of intra-predicted and inter-predicted MBs, amounts of residues, and estimated visual quality of reference frames. The proposed selective protection scheme traverses the dependency graph to find optimal protection paths that can give the maximum visual quality degradation. Experimental results show that, compared to the existing protection schemes, the proposed selective protection scheme reduces computation complexity in the number of protected frames, the amount of protected data, and the protection time saving. The SVC file format specification supports the carriage of selectively protected bitstreams based on the concept of our selective protection in dependency coding structure of SVC.
Author Munchurl Kim
Kim, H.
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Issue 11
Keywords Video coding
video protection
Scalability
Protective device
Scalable video coding
Specification
Computational complexity
Video signal processing
Degradation
Image quality
selective protection
Algorithm complexity
Optimal path
Acyclic graph
Directed graph
Damaging
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SubjectTerms Applied sciences
Carriages
Circuits
Coding
Degradation
Detection, estimation, filtering, equalization, prediction
Encoding
Exact sciences and technology
Frames
Graphs
Image processing
Image reconstruction
Information, signal and communications theory
Measurement
Optimization
Scalability
Scalable video coding
selective protection
Signal and communications theory
Signal processing
Signal, noise
Specifications
Static VAr compensators
Studies
Telecommunications and information theory
video protection
Visual
Visualization
Title A Selective Protection Scheme for Scalable Video Coding
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