We propose a novel solution to the problem of robust, low-latency video transmission over
lossy channels. Predictive video codecs, such as MPEG and H. 26x, are very susceptible to …

Predictive video codecs such as MPEG and H. 26x are very susceptible to prediction
mismatch between encoder and decoder or" drift" when there are packet losses, leading to a …

Predictive video codecs such as MPEG and H. 26x are very susceptible to prediction
mismatch between encoder and decoder or “drift” when there are packet losses, leading to a …

In this work, we analytically study the complexity-performance trade-offs associated with
video codecs based on the principle of source coding with side information at the decoder …

This paper proposes an error resilient coding scheme that employs distributed video coding
tools. A bitstream, produced by any standard motion-compensated predictive codec (MPEG …

Recently, several error resilient schemes have been proposed to tackle the error
propagation problem in the motion-compensated predictive video coding based on a …

This paper proposes an error resilient coding scheme that employs distributed video coding
tools. A bitstream, produced by any standard motion-compensated predictive codec (MPEG …

We present an algorithm for robust scalable video multicast based on distributed source
coding techniques. Unlike prediction based coders, like MPEG, the proposed framework …

Existing encoder rate control (ERC) solutions have two technical limitations that prevent
them from being widely used in real-world applications. One is that encoder side information …

In this work we propose an error-resilient scheme that allows enhancing the robustness of a
video stream. Based on distributed source coding (DSC) principles, an auxiliary stream is …