If the frame size of a multimedia encoder is small, Internet Protocol (IP) streaming
applications need to pack many encoded media frames in each Real-time Transport …

Forward error correction (FEC) improves the quality of compressed video transmitted
through a lossy network for real-time applications such as video streaming. The FEC …

In real-time video streaming, data packets are transported over the network from a
transmitter to a receiver. The quality of the received video fluctuates as the network …

In this work, our focus is on video streaming applications with relatively strict delay
constraints; for such applications, forward error correction (FEC) is the preferred channel …

The Internet is rapidly becoming the dominant platform for video contribution and
distribution, but today's Internet provides a best-effort service without any guarantee of …

Forward error correction (FEC) is a common error control technique to improve the quality of
video streaming over unreliable channels by recovering packet losses during transmission …

Forward error correction (FEC) techniques are widely used to recover packet losses over
unreliable networks in real‐time video streaming applications. Traditional frame‐level FEC …

Multimedia content is very sensitive to packet loss and therefore multimedia streams are
typically protected against packet loss, either by supporting retransmission requests or by …

Real-time video communication over packet networks is attracting a lot of attention for
applications such as distributed collaborative work, teleteaching and telemedicine. Due to its …

New TCP-friendly constraints require multimedia flows to reduce their data rates under
packet loss to that of a conformant TCP flow. To reduce data rates while preserving real-time …