The performance evaluation of video transport mechanisms becomes increasingly important
as encoded video accounts for growing portions of the network traffic. Compared to the …

Video traffic is widely expected to account for a large portion of the traffic in future wireline
and wireless networks, as multimedia applications are becoming increasingly popular …

Multimedia networking applications and, in particular, the transport of c-pressed video are
expected to contribute signi? cantly to the tra? c in the future Internet and wireless networks …

The recently developed H. 264/AVC video codec with Scalable Video Coding (SVC)
extension, compresses non-scalable (single-layer) and scalable video significantly more …

This paper presents a frame-level hybrid framework for modeling MPEG-4 and H. 264 multi-
layer variable bit rate (VBR) video traffic. To accurately capture long-range-dependent and …

The recently developed H. 264/AVC encoder compresses video significantly more efficiently
than previous encoders and is expected to be used for compressing the majority of video …

The ever-increasing demand for H. 264 scalable video coding (H. 264/SVC) distribution
motivates researchers to devise ways to enhance the quality of video delivered on the …

MPEG-4 and H. 263 encoded video is expected to account for a large portion of the traffic in
future wireline and wireless networks. However, due to a lack of sufficiently long frame size …

We have seen a phenomenal growth in video applications in the past few years. An accurate
traffic model of VBR video is necessary for performance evaluation of a network design and …

We present a novel and complete tool-set for evaluating the delivery quality of MPEG video
transmissions in simulations of a network environment. This tool-set is based on the EvalVid …