This paper presents an optimized MPEG2 video codec implementation, which drastically reduces the number of computations and memory accesses required for video compression. Unlike traditional scheme, we reuse data stored in frame memory to omit unnecessary coding operations and memory read/writes for unchanged macroblocks. Due to dynamic memory sharing among reference frames, data-driven macroblock characterization and selective macroblock processing, we perform less than 15% of the total operations required by a conventional coder while maintaining high picture quality
The days of film are waning as digital cameras and digital video cameras are becoming commonplace. U...
The architecture for block-based video applications (e.g. MPEG/JPEG coding, graphics rendering) is u...
As the demand for multimedia applications increases, the performance of algorithms such as MPEG-2 vi...
Advanced digital compression systems, like the MPEG-standard, are entering the consumer market. Howe...
Abstract—Frame buffer power consumption and bandwidth re-quirement are two critical design issues in...
We present an MPEG-2 compatible video codec that uses picture-rate up-conversion during decoding. Th...
We present an MPEG-2 compatible video codec that uses picture-rate up-conversion during decoding. Th...
The information technology of future is likely to be highly dependent on digital video. The key obst...
We have developed a highly efficient MPEG-2 video coding method in order to deliver high-quality HDT...
All current video coding standards are motion-compensated video coders (MCVC’s), where the current f...
In this paper we present a fine-grained parallel implementation of the MPEG-2 video encoder on the I...
Abstract As the demand for multimedia applications increases, the performance of algorithms such as ...
In this paper, we present a fine-grained parallel implementation of the MPEG-2 video encoder an the ...
The architecture for block-based video applications (e.g. MPEG/JPEG coding, graphics rendering) is u...
The days of film are waning as digital cameras and digital video cameras are becoming commonplace. U...
The architecture for block-based video applications (e.g. MPEG/JPEG coding, graphics rendering) is u...
As the demand for multimedia applications increases, the performance of algorithms such as MPEG-2 vi...
Advanced digital compression systems, like the MPEG-standard, are entering the consumer market. Howe...
Abstract—Frame buffer power consumption and bandwidth re-quirement are two critical design issues in...
We present an MPEG-2 compatible video codec that uses picture-rate up-conversion during decoding. Th...
We present an MPEG-2 compatible video codec that uses picture-rate up-conversion during decoding. Th...
The information technology of future is likely to be highly dependent on digital video. The key obst...
We have developed a highly efficient MPEG-2 video coding method in order to deliver high-quality HDT...
All current video coding standards are motion-compensated video coders (MCVC’s), where the current f...
In this paper we present a fine-grained parallel implementation of the MPEG-2 video encoder on the I...
Abstract As the demand for multimedia applications increases, the performance of algorithms such as ...
In this paper, we present a fine-grained parallel implementation of the MPEG-2 video encoder an the ...
The architecture for block-based video applications (e.g. MPEG/JPEG coding, graphics rendering) is u...
The days of film are waning as digital cameras and digital video cameras are becoming commonplace. U...
The architecture for block-based video applications (e.g. MPEG/JPEG coding, graphics rendering) is u...
As the demand for multimedia applications increases, the performance of algorithms such as MPEG-2 vi...