We consider the problem of compressing a video sequence for transmission over a wireless
channel. In our approach we jointly consider error resilience and concealment techniques …

We consider a situation where a video sequence is to be compressed and transmitted over a
wireless channel. Our goal is to limit the amount of distortion in the received video …

A key constraint in mobile communications is the reliance on a battery with a limited energy
supply. Efficiently utilizing the available energy is therefore an important design …

The problem of encoding and transmitting a video sequence over a wireless channel is
considered. Our objective is to minimize the end-to-end distortion while using a limited …

We consider an energy-efficient video streaming system where source coding, channel
coding, and transmission power allocation are jointly designed to compensate for channel …

This paper addresses the problem of error resilience of compressed video. The errors
considered are lost packets which are generally caused by network congestion in a packet …

Scalably encoded information results in files which can be truncated at an arbitrary point and
decoded, as supported by the JPEG-2000 (image) and MPEG-4 (video) standards. This …

An analytical model of a video transmission system is used to study the impact of its
parameters. The optimal trade-off between error resilience using INTRA coding and the …

In this paper we propose a joint source/channel decoding scheme. This work combines
information from classical Forward Error Correction (FEC) with information about the syntax …

An integrated framework of optimal rate allocation for video coding is presented in the case
of transmission over wireless channels without feedback channels. For a fixed channel bit …