In this tutorial, a unified treatment of the topic of near capacity multimedia communication
systems is offered, where we focus our attention not only on source and channel coding but …

In this paper, we propose a family of short block codes (SBCs) designed for guaranteed
convergence in soft-bit-assisted iterative joint source and channel decoding, which facilitate …

This paper proposes an Iterative Joint Source–Channel Decoding (IJSCD) scheme for error
resilient transmission of H. 264 compressed video over noisy channels by using the …

The source-channel separation theorem postulated by Shannon has influenced the design
of communication systems for multimedia content over the last decades: Source encoding …

Since joint source‐channel decoding is capable of exploiting the residual redundancy in the
source signals for improving the attainable error resilience, it has attracted substantial …

The compression or coding of a signal (eg, speech, text, image, video) has been a topic of
great interest for a number of years. Numerous results and successful compression …

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 …

Robust reception of audiovisual signals (and especially video) has been widely studied,
demonstrating that the so-called Joint Source and Channel Decoding (JSCD) approach …

Low-complexity uncompressed video transmission meets the requirements of home
networking and quality/delay-sensitive medical applications. Hence, it has attracted …

This paper proposes an Iterative Joint Source-Channel Decoding (IJSCD) scheme for error
resilient transmission of H. 264 compressed video over noisy channels. Here both the …