Most of current distributed video codecs are developed based on the structure of Stanford
scheme that employs channel coding like LDPC and Turbo codes. However, they need …

Distributed video coding allows the compression of video frames in a distributed fashion
leading to a rather simple computational encoding, but requiring a complex decoding. The …

Distributed video coding is a research field which brings together error coding techniques
along with video compression ones. Its core part is a Slepian-Wolf encoder which often …

Distributed video coding (DVC) is an important topic for emerging applications, for example
visual sensor networks and mobile video streaming. However, the major handicap applying …

Most state-of-the-art distributed video coding schemes are based on Stanford Wyner-Ziv
video coding architecture which takes advantages of efficient channel codes such as LDPC …

Distributed video coding (DVC) is a recent paradigm of video coding, based on distributed
source coding and side information (SI) generated at the Decoder. Most of the DVC …

For turbo code based Wyner-Ziv codecs, we propose to use an inverse bit plane decoding
order. The investigations have shown that the knowledge about MSB's has only a marginal …

Conventional hybrid video coding such as H. 264 is compared to turbo-coder based
Distributed Video Coding (DVC) from a complexity point of view. It is shown here that the …

Distributed Video Coding (DVC) is a new video coding paradigm, the main objective of
which is to reduce the encoder complexity to support a separate class of uplink-friendly …

In this paper, we present a distributed video coding scheme based on low punctured turbo
codes and zero motion encoding strategy. Most recent distributed video coding schemes …