We review error resilience techniques for real-time video transport over unreliable networks.
Topics covered include an introduction to today's protocol and network environments and …

We discuss the ITU-T H. 263+(or H. 263 Version 2) low-bit-rate video coding standard. We
first describe, briefly, the H. 263 standard including its optional modes. We then address the …

We review feedback-based low bit-rate video coding techniques for robust transmission in
mobile multimedia networks. For error control on the source coding level, each decoder has …

This article describes error resilience aspects of the video coding techniques that are
standardized in the ISO MPEC-4 standard. It begins with a description of the general …

With the rapid advances of deep learning-based computer vision (CV) technology, digital
images are increasingly consumed, not by humans, but by downstream CV algorithms …

We describe an effective method for increasing error resilience of video transmission over bit
error prone networks. Rate-distortion optimized mode selection and synchronization marker …

-Treats joint source and channel decoding in an integrated way-Gives a clear description of
the problems in the field together with the mathematical tools for their solution-Contains …

In this paper we review error resilience techniques for real-time video transport over
unreliable networks. Topics covered include an introduction to today's protocol and network …

Multimedia transmission has to handle a variety of compressed and uncompressed source
signals such as data, text, image, audio, and video. On wireless channels the error rates are …

The International Telecommunications Union (ITU) has adopted reversible variable length
codes (RVLCs) for use in the emerging H. 263+ video compression standard. As the name …