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Description: 此為H.264/AVC之*.yuv檔播放執行檔，試過很多種之後這種是最好用的。-This is the H.264/AVC playback of*. yuv file executable file, tried a variety of this is the best use later.
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Size: 206848 |
Author: 周事 |
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Description: H.264/AVC视频压缩算法学习的一些论文，对初学视频压缩者有帮助。-H.264/AVC video compression algorithm to learn some of the papers on the beginners video compression are helpful.
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Size: 8517632 |
Author: lien |
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Description: this videoencoder file showing the archiecture of A real-time H.264/AVC VLSI encoder architecture-this is videoencoder file showing the archiecture of A real-time H.264/AVC VLSI encoder architecture
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Size: 876544 |
Author: rajeev |
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Description: Overview of the Scalable Video Coding
Extension of the H.264/AVC Standard
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Size: 1029120 |
Author: 鸣涧 |
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Description: jm平台说明,介绍jm平台参数配置及算法说明-H.264/MPEG-4 AVC REFERENCE SOFTWARE MANUAL
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Size: 530432 |
Author: 赵国强 |
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Description: JM 17.1 最新的H.264/AVC 参考代码-JM 17.1 the latest H.264/AVC reference software
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Size: 1865728 |
Author: monic |
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Description: classical paper:overview of the H.264/AVC Video Coding Standard
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Size: 753664 |
Author: huang |
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Description: The emerging H.264/AVC standard
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Size: 369664 |
Author: BirdOfPrey |
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Description: Abstract- H.264/AVC is becoming a popular video codec for
its better compression ratio, lower distortion and applicability
to portable electronic devices. Thus, issues of copyright
protection appropriate for this standard become very
important. In this paper, a new blind SVD (Singular Value
Decomposition) - DCT combined video watermarking scheme
for the ".264 standard is proposed. The proposed method is a
blind watermarking algorithm as the hidden information can be
extracted without the original video and the original singular
values. To reduce visual quality degradation caused by
coefficients modifying, the perceptual model and block selection
mechanism are introduced to control the modification strength.
The performance of the proposed algorithm is evaluated with
respect to imperceptibility, robustness and data payload.
Experimental results reveal that the proposed scheme achieves
enough robustness while preserving the perceptual quality.-Abstract- H.264/AVC is becoming a popular video codec for
its better compression ratio, lower distortion and applicability
to portable electronic devices. Thus, issues of copyright
protection appropriate for this standard become very
important. In this paper, a new blind SVD (Singular Value
Decomposition)- DCT combined video watermarking scheme
for the ".264 standard is proposed. The proposed method is a
blind watermarking algorithm as the hidden information can be
extracted without the original video and the original singular
values. To reduce visual quality degradation caused by
coefficients modifying, the perceptual model and block selection
mechanism are introduced to control the modification strength.
The performance of the proposed algorithm is evaluated with
respect to imperceptibility, robustness and data payload.
Experimental results reveal that the proposed scheme achieves
enough robustness while preserving the perceptual quality.
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Size: 486400 |
Author: lie |
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Description: H.264压缩4CIF，该压缩代码基于GM8180 LINUX 2.6.14内核。-H.264 AVC encode 4 CIF
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Size: 24576 |
Author: tony |
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Description: H.264/AVC is newest video coding standard of the
ITU-T Video Coding Experts Group and the ISO/IEC Moving
Picture Experts Group. The main goals of the H.264/AVC standardization
effort have been enhanced compression performance
and provision of a “network-friendly” video representation
addressing “conversational” (video telephony) and “nonconversational”
(storage, broadcast, or streaming) applications.
H.264/AVC has achieved a significant improvement in rate-distortion
efficiency relative to existing standards. This article provides
an overview of the technical features of H.264/AVC, describes
profiles and applications for the standard, and outlines the history
of the standardization process.
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Size: 763904 |
Author: zhang rui |
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Description: it is paper submitted on H.264/avc
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Size: 944128 |
Author: atul narkhede |
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Description: A robust video watermarking scheme of the
state-of-the-art video coding standard H.264/AVC is proposed
in this brief. 2-D 8-bit watermarks such as detailed company
trademarks or logos can be used as inconvertible watermark for
copyright protection.
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Size: 1573888 |
Author: maj |
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Description: This C++ program simulates the transmission of an H.264/AVC bitstream through an error prone channel which drops coded packets according to a given packet loss rate.
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Size: 128000 |
Author: olfa |
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Description: 一篇关于视频压缩编码的参考文献，采用快速模式选择算法，很好哦-Fast Intermode Decision in H.264/AVC Video Coding
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Size: 539648 |
Author: wangxiaolong |
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Description: jm11.0 from hhi for h.264/avc
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Size: 13327360 |
Author: younlong |
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Description: Based on the idea to exploit the statistical dependencies
from both temporal and inter-view reference pictures for
motion compensated prediction, this paper presents a sys-
tematic evaluation of multi-view video coding with opti-
mized prediction structures. The compression method is
based on the multiple reference picture technique in the
H.264/AVC video coding standard. The advantages of hier-
archical B pictures for temporal prediction are combined
with inter-view prediction for different temporal hierarchy
levels, starting from simulcast coding with no inter-view
prediction up to full level inter-view prediction. When using
inter-view prediction at key picture temporal level average
gains of 1.4 dB PSNR are reported, while additionally using
inter-view prediction at non-key picture temporal levels av-
erage gains of 1.6 dB PSNR are reported. For some cases
gains of more than 3 dB, corresponding to bit rate savings of
up to 50 , are obtained.-Based on the idea to exploit the statistical dependencies
from both temporal and inter-view reference pictures for
motion compensated prediction, this paper presents a sys-
tematic evaluation of multi-view video coding with opti-
mized prediction structures. The compression method is
based on the multiple reference picture technique in the
H.264/AVC video coding standard. The advantages of hier-
archical B pictures for temporal prediction are combined
with inter-view prediction for different temporal hierarchy
levels, starting from simulcast coding with no inter-view
prediction up to full level inter-view prediction. When using
inter-view prediction at key picture temporal level average
gains of 1.4 dB PSNR are reported, while additionally using
inter-view prediction at non-key picture temporal levels av-
erage gains of 1.6 dB PSNR are reported. For some cases
gains of more than 3 dB, corresponding to bit rate savings of
up to 50 , are obtained.
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Size: 570368 |
Author: qwxie |
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Description: 本文件主要是开发qpixel 202b H.264/AVC编解码的启动源码-qpixel 20b linux progarm
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Size: 6561792 |
Author: wys |
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Description: 此文件是JVT發佈的H.264/AVC檔案的基本介紹，裡面詳細介紹H.264各個功能及對應的參數。-This file is a basic introduction of the JVT H.264/AVC released files, which detail the H.264 various functions and the corresponding parameters.
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Size: 978944 |
Author: 許家慈 |
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Description: 新一代视频编码标准H.264/AVC的源代码，版本号为JM10.2-The source code of the next-generation video coding standard H.264/AVC, the version number JM10.2
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Size: 20587520 |
Author: 张莹 |
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