Real-time video streaming applications typically use an on-line forward error correction
(FEC) technique to recover transmission losses with a low delay overhead. However …

Video transmission over wireless channels is affected by channel-induced packet losses.
Distortion due to channel errors can be alleviated by applying forward error correction …

We present a real-time, priority-aware joint packet fragmentation and error protection
scheme for transmitting H. 264/AVC compressed video over Rayleigh fading channels. A …

Abstract The QoS-Guarantee of data delivery over wireless link is a big challenge due to the
unreliable and dynamic characteristics of wireless sensor networks. In this paper, a …

Forward Error Correction (FEC) is a commonly adopted mechanism to mitigate packet
loss/bit error during real-time communication. An adaptive, Fuzzy based FEC algorithm to …

The quality of H. 264/AVC compressed video delivery over time-varying and error-prone
wireless channels is affected by packet losses. To support quality of service (QoS) for video …

In one embodiment, a device in a network splits each of a plurality of packets of two or more
data streams into an equal number of fragments. The number of fragments for packets of a …

Rapid growth of video applications over wireless networks is overwhelming the wireless
bandwidth. Since video applications demand large bandwidth and real-time transmission …

Video streaming over wireless networks invokes a strong interest for many delay sensitive
and bandwidth-intensive applications, and an increasing number of systems are being …