In this paper, we propose an adaptive resource management scheme for end-to-end image
transmission over wireless channel. Our goal is to minimize the total system energy …

Compressed video sequences are very vulnerable to channel disturbances when
transmitted through the burst-packet-loss wireless channels. Transmission errors not only …

In this work we provide tools for optimizing total power consumption of a mobile transmitter
due to compression, channel coding and transmission subject to a fixed end-to-end source …

In the highly versatile next-generation wireless networks, a fundamental problem is how to
manage power consumption efficiently while preserving high quality performance. The …

A major limitation faced by a mobile user is their dependence on a limited battery supply. For
wireless video communications, joint source coding and transmission power management …

The loss of packets is unavoidable when compressed video data is transmitted over error
prone channels. In this study, an error resilient coding scheme based on pixel lines …

We present an image compression scheme that is error resilient and offers lossless
decompression in the absence of channel noise. Attempts are made to detect transmission …

In the future, digital set-top boxes may serve as the primary access point for wireless home
networks, enabling mobile users to use videoconferencing as well as streaming applications …

Transmission of digital video signals over wireless networks demands efficient compression
algorithms as well as reliable coding strategies. In this project, we provide a thorough …

In this paper, we consider dynamic resource allocation for object-based wireless video
communications. In object-based video coding, a video frame is comprised of objects that …