Distributed video coding (DVC) features simple encoders but complex decoders, which lies
in contrast to conventional video compression solutions such as H. 264/AVC. This shift in …

Many of the distributed video coding (DVC) systems described in the literature make use of a
feedback channel from the decoder to the encoder to determine the rate. However, the …

Aiming for low-complexity encoding, video coders based on Wyner–Ziv theory are still
unsuccessfully trying to match the performance of predictive video coders. One of the most …

Context Conventional video encoding is a computationally intensive process that requires a
lot of computing resources, power and memory. Such codecs cannot be deployed in remote …

Abstract Distributed Video Coding (DVC) is a video coding paradigm in which the
computational complexity is shifted from the encoder to the decoder. DVC is based on …

There is currently limited flexibility for distributing complexity in a video coding system. While
rate-distortion-complexity (RDC) optimization techniques have been proposed for …

As one of the most adopted distributed video coding approaches in the literature, Wyner–Ziv
(WZ) video coding is not yet on par with the motion-compensated predictive coding solutions …

While distributed video coding (DVC) has emerged as a new video coding paradigm, the
compression performance of current systems is still low compared to conventional solutions …

In this paper, we propose a perceptual-based distributed video coding (DVC) technique.
Unlike traditional video codecs, DVC applies video prediction process at the decoder side …

Aiming for low-complexity encoding, distributed video coders still fail to achieve the
performance of current industrial standards for video coding. One of most important …