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Description: AVS视频编码标准PPT，介绍了AVS的关键技术，并呵H.264和MPEG4做了一些比较。-AVS video coding standard PPT, the introduction of key technologies AVS and H.264 and MPEG4 Oh make some comparison.
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Size: 230400 |
Author: 宋恋 |
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Description: MPEG-4 标准文档
access to visual objects in natural and synthetic moving pictures and associated natural or synthetic sound for
various applications such as digital storage media, internet, various forms of wired or wireless communication etc.
The use of ISO/IEC 14496 means that motion video can be manipulated as a form of computer data and can be
stored on various storage media, transmitted and received over existing and future networks and distributed on
existing and future broadcast channels.-ISO/IEC 14496-2 standard
access to visual objects in natural and synthetic moving pictures and associated natural or synthetic sound for
various applications such as digital storage media, internet, various forms of wired or wireless communication etc.
The use of ISO/IEC 14496 means that motion video can be manipulated as a form of computer data and can be
stored on various storage media, transmitted and received over existing and future networks and distributed on
existing and future broadcast channels.
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Size: 5208064 |
Author: tyler |
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Description: rfc mpeg1,2 音频,mpeg 4视频,H264视频以及 rtsp 标准-rfc mpeg1, 2 audio, mpeg 4 Video, H264 video, and standard rtsp
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Size: 899072 |
Author: 里 |
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Description: MPEG, CCITT H.261 (P*64), JPEG
Image and Image sequence compression/decompression C software engines.
The Portable Video Research Group at Stanford have developed
image/image sequence compression and decompression engines (codecs)
for MPEG, CCITT H.261, and JPEG. The primary goal of these codecs is
to provide the functionality - these codecs are not optimized for
speed, rather completeness, and some of the code is kludgey.
Development of MPEG, P64, and JPEG engines has not been the primary
goal of the Portable Video Research Group. Our research has been
focused on software and hardware for portable wireless digital video
communication. The charter of this group ended in the summer of 1994.-MPEG, CCITT H.261 (P*64), JPEG
Image and Image sequence compression/decompression C software engines.
The Portable Video Research Group at Stanford have developed
image/image sequence compression and decompression engines (codecs)
for MPEG, CCITT H.261, and JPEG. The primary goal of these codecs is
to provide the functionality - these codecs are not optimized for
speed, rather completeness, and some of the code is kludgey.
Development of MPEG, P64, and JPEG engines has not been the primary
goal of the Portable Video Research Group. Our research has been
focused on software and hardware for portable wireless digital video
communication. The charter of this group ended in the summer of 1994.
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Size: 173056 |
Author: Mic |
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