dard can be used for error resilience, bitstream switching or random access. Despite a widespread interest in these new types of frames, no work so far has investigated, in a systematic way, their rate-distortion efficiency. In this paper, we propose a model for the rate-distortion performance of SI and SP frames. A comparison to experimental results, obtained with our implementation of an SP encoder, confirms its validity. The model predicts how the relative sizes of SP and SI frames can be traded off. We analyze, both theoretically and experimentally, how this can be used to minimize the transmitted bit-rate when SP frames are used for video streaming with packet losses. I
In this paper, we study the performance of rate-distortion optimized video streaming over traces of ...
[[abstract]]We propose a new framework for multiple scalable bitstream video communications over los...
We propose a new framework for multiple scalable bitstream video communications over lossy channels....
SP and SI frames in the H.264 video coding standard can be used for error resilience, bitstream swit...
SP and SI frames are new picture types introduced in the latest video coding standard H.264. They al...
SP-frame is a new picture type of H.264 that can be per-fectly reconstructed using one of several re...
Although Shannon introduced the concept of a rate distortion function in 1948, only in the last deca...
Although Shannon introduced the concept of a rate distortion function in 1948, only in the last deca...
Statistical multiplexing (SM) is a useful technique for transmitting multiple video streams over a c...
The recent H. 264 video coding standard introduces an innovative compression tool allowing fast bit-...
Abstract—This paper discusses two new frame types, SP-frames and SI-frames, defined in the emerging ...
In this paper we propose a general and precise Rate-Distortion (RD) model for standard video codecs,...
[[abstract]]We propose a two-pass R-D optimized quantization scheme for improving the coding perform...
Abstract — In this paper we propose a general and precise Rate-Distortion (RD) model for standard vi...
SP-frame is a new picture type supported by H.264, and supports functions such as rate-switching and...
In this paper, we study the performance of rate-distortion optimized video streaming over traces of ...
[[abstract]]We propose a new framework for multiple scalable bitstream video communications over los...
We propose a new framework for multiple scalable bitstream video communications over lossy channels....
SP and SI frames in the H.264 video coding standard can be used for error resilience, bitstream swit...
SP and SI frames are new picture types introduced in the latest video coding standard H.264. They al...
SP-frame is a new picture type of H.264 that can be per-fectly reconstructed using one of several re...
Although Shannon introduced the concept of a rate distortion function in 1948, only in the last deca...
Although Shannon introduced the concept of a rate distortion function in 1948, only in the last deca...
Statistical multiplexing (SM) is a useful technique for transmitting multiple video streams over a c...
The recent H. 264 video coding standard introduces an innovative compression tool allowing fast bit-...
Abstract—This paper discusses two new frame types, SP-frames and SI-frames, defined in the emerging ...
In this paper we propose a general and precise Rate-Distortion (RD) model for standard video codecs,...
[[abstract]]We propose a two-pass R-D optimized quantization scheme for improving the coding perform...
Abstract — In this paper we propose a general and precise Rate-Distortion (RD) model for standard vi...
SP-frame is a new picture type supported by H.264, and supports functions such as rate-switching and...
In this paper, we study the performance of rate-distortion optimized video streaming over traces of ...
[[abstract]]We propose a new framework for multiple scalable bitstream video communications over los...
We propose a new framework for multiple scalable bitstream video communications over lossy channels....