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 …

In this paper we extend a joint source/channel coding scheme (syntax based error
concealment (SBEC)) for MPEG2 compressed video, over noisy channels. The extension is …

Real time video applications need to handle transmission errors, as retransmissions are
impractical. In this paper, we present a novel joint source channel decoding approach for …

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 …

When macroblocks are lost in an MPEG decoder, the decoder can try to conceal the error by
estimating or interpolating the missing area. Many different methods for this type of …

When losses occur in a transmission of compressed video, the decoder can attempt to
conceal the loss by using spatial or temporal methods to estimate the missing macroblocks …

Transmission of a compressed video signal over a lossy communication network exposes
the information to losses and errors, which leads to significant visible errors in the …

Real-time video streaming over the Internet requires robust delivery mechanisms with low
overhead. Traditional error control schemes are not attractive because they either add …

Scalable video coding (SVC) is desirable for video applications in heterogeneous
environments where users have a variety of terminals. Because motion-compensated …

Error concealment (EC) is important for transmitting video over error prone networks such as
the Internet or wireless networks. Different EC strategies have their own advantages for …