A framework for efficient and low-complexity scalable coding based on distributed video coding is introduced in [32].
This paper proposes a practical video coding framework based on distributed source coding principles, with the goal to achieve efficient and low-complexity scalable coding.
Distributed video coding (DVC) architecture designs, based on distributed source coding principles, have benefitted from significant progresses lately, notably in terms of achievable rate-distortion performances.
In this paper, we present a scheme for robust scalable video multicast based on distributed source coding principles.
In [14], Varodayan et al. developed a backward-compatible audio authentication scheme based on distributed source coding, which provides the desired robustness against legitimate encoding variations and at the same time detects illegitimate modifications.
A coding scheme based on distributed linear-dispersion space-time codes is considered in [11].
Puri, K. Ramchandran, PRISM: a new robust video coding architecture based on distributed compression principles, in: Allerton Conference on Communication, Control and Computing, Urbana-Champaign, IL, October 2002] and addresses SNR, spatial and temporal scalability.
In their paper "Reliability-aware iterative detection scheme (RAID) for distributed IDM space-time codes in relay systems", F. Lenkeit, D. Wübben, and A. Dekorsy propose an iterative reliability-aware detection scheme for multi-user two-hop DF relaying scenarios which is based on distributed interleave-division multiplexing (IDM) space-time codes.
