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Description: JSVM,SVC for H.264/AVC,可扩展编码,最近的编码标准及模型的代码.-JSVM, SVC for H.264/AVC, scalable coding, the latest coding standards and model code.
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Size: 1285120 |
Author: angelli2001 |
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Description: Joint Draft ITU-T Rec. H.264 | ISO/IEC 14496-10 / Amd.3 Scalable video coding
JVT制定的H.264SVC扩展的建议标准-Joint Draft ITU-T Rec. H.264 | ISO/IEC 14496-10/Amd.3 Scalable video codingJVT developed recommended standards H.264SVC expansion
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Size: 5384192 |
Author: snazio |
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Description: This document aims to provide instructions on how to configure the H.264/AVC encoder and decoder using the different command line options. Also, sample command line parameters are included for reference
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Size: 394240 |
Author: tsincons |
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Description: a H.264/AVC Baseline Decoder，用FPGA来实现的编码和解码等等内容-a H.264/AVC Baseline Decoder, use FPGA to realize the encoding and decoding the content and so on
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Size: 151552 |
Author: 张木 |
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Description: 在本文中，我們首先實作了 一個針對壓縮視訊（像是 H.264/AVC）之畫面解析度 改善
的方法。接著，我們分析這個方法的模擬結果。-In this thesis, we first implement a spatial resolution enhancement algorithm for H.264/AVC
compressed videos. Based on the analysis of the simulation results, we identify a few
shortcomings of this algorithm, like some visual artifacts in the enhanced videos and some
problems caused by scene change and fast motion. Then, we propose two methods to suppress
these artifacts, including adding a median regularization term in the spatial-domain and using a
median filter in the temporal domain. We also propose two methods, a global method and a
local method, to overcome the scene change and fast motion problems. With these
modifications, the artifacts and problems are suppressed significantly.
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Size: 1556480 |
Author: hekai |
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Description: JSVM,SVC for H.264/AVC,可扩展编码,最近的编码标准及模型的代码.-JSVM, SVC for H.264/AVC, scalable coding, the latest coding standards and model code-JSVM, SVC for H.264/AVC, scalable coding, the latest coding standards and model code .- JSVM, SVC for H.264/AVC, scalable coding, the latest coding standards and model code
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Size: 1800192 |
Author: zj |
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Description: 本文讲述多媒体转码从H.263到新一代视频编码标准H.264的异构网络转码的新算法研究-In this paper, we investigate and propose efficient methods
for transcoding H.263 video to H.264/AVC standard
by exploiting the new coding features. Specifically, the proposed
methods aim to reduce the computational complexity
while maintaining acceptable video quality for syntax
transcoding and 2 : 1 downsizing transcoding from H.263
to H.264/AVC standard. In a nutshell, the proposed methods
include three components, namely fast intraprediction mode
selection, motion vector reestimation and intermode selection,
and enhanced rate control for H.264AVC transcoding.
The first two components focus on the most computationally
intensive parts of the H.264/AVC standard to speed up
the transcoding process, while the third component aims to
achieve a better video quality by enhancing the rate control
with the side information extracted fromthe precoded video.
The experimental results show that the proposed methods
can reduce the total encoding time by a factor of 6 and suffer
o
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Size: 1325056 |
Author: 王巍 |
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Description: This document may be starting point to understand x264 and this documents good flaw will make you take nice deep in to x264 development. And come to x264 part, the x264 showed better quality than several commercial H.264/AVC encoders In this paper, performance of the JM encoder (ver. 10.2) with x264 (ver 0.47.534) is also compared and shown that x264 is about 50 times faster and provides bitrates within 5 of JM for the same PSNR.-This document may be starting point to understand x264 and this documents good flaw will make you take nice deep in to x264 development. And come to x264 part, the x264 showed better quality than several commercial H.264/AVC encoders In this paper, performance of the JM encoder (ver. 10.2) with x264 (ver 0.47.534) is also compared and shown that x264 is about 50 times faster and provides bitrates within 5 of JM for the same PSNR.
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Size: 188416 |
Author: junk |
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Description: HYBRID VIDEO CODING MODEL OF
FINITE RIDGELET TRANSFORM AND H.264/AVC
Tomokazu Murakami and Masashi Takahashi
Embedded System Platform Research Laboratory, Hitachi, Ltd.
292, Yoshida-cho, Totsuka-ku, Yokohama, 244-0817, Japan
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Size: 374784 |
Author: nagarjuna |
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Description: Prediction of Intra Macroblocks in h.264 avc/mpeg4
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Size: 462848 |
Author: NAG |
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Description: H.264/AVC Reference Software-The software supports both planar and interleaved/packed raw image data (8 to 14 bit sample inputs). Furthermore, support is provided for both concatenated (all video frames in a single file) and separate (all frames in distinct/separate) video data.
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Size: 2340864 |
Author: 林沖 |
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Description: H.264/AVC Video Coding Standard
! Standardization, History, Goals, and Applications
! Codec Overview
! Video Coding Layer (VCL)
• Picture Partitioning and Interlace Processing
• Codec Structure
• Motion-Compensated Prediction
• Intra Prediction
• Prediction Residual Coding
• Deblocking Filter
• Encoder Test Model
! Performance
! Network Abstraction Layer (NAL)
• NAL Units and Types
• RTP Carriage and Byte Stream Format-H.264/AVC Video Coding Standard
! Standardization, History, Goals, and Applications
! Codec Overview
! Video Coding Layer (VCL)
• Picture Partitioning and Interlace Processing
• Codec Structure
• Motion-Compensated Prediction
• Intra Prediction
• Prediction Residual Coding
• Deblocking Filter
• Encoder Test Model
! Performance
! Network Abstraction Layer (NAL)
• NAL Units and Types
• RTP Carriage and Byte Stream Format
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Size: 1006592 |
Author: Andrew |
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Description: 新一代视频压缩编码标准(H.264AVC).pdf-H.264AVC
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Size: 3688448 |
Author: 邓小龙 |
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Description: 介绍了H.264视频编码的过程和原理，毕厚杰-H.264/AVC
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Size: 4312064 |
Author: 周晶 |
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Description: ABSTRACT
The Scalable Video Coding (SVC) extension to the H.264/AVC
video coding standard introduces multiple functionalities to the
H.264/AVC decoding process. These functionalities include
spatial, quality and temporal scalability. In this document, we
introduce an additional capability that is supported by the SVC
extensions. This feature is commonly referred to as bit-stream
rewriting, and it allows a multiple layer, scalable bit-stream to
be converted to a single layer, H.264/AVC compliant bit-steam
without loss and without reconstruction of image intensity data.
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Size: 83968 |
Author: 鸣涧 |
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Description: mpeg2传输流解复用，可以分别提取出音视频流(视频流支持MPEG2,VC-1, H.264/AVC)-xport Transport Stream Demuxer 1.01
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Size: 60416 |
Author: cdw |
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Description: This a paper for High performance fractional motion estimation and mode decision for H. 264-AVC.-This is a paper for High performance fractional motion estimation and mode decision for H. 264-AVC.
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Size: 89088 |
Author: |
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Description: 在此提出了一種新穎的硬體結構
實時執行的自適應去塊效應
過濾過程中指定的H.264/AVC視頻編碼
標準。-In this paper,a novel hardware architecture for real-time implementation of the adaptive deblocking filtering process specified by the H.264/AVC video coding standard, is presented.The deblocking filter is a
computationally and data intensive tool resulting in an increased execution time of both the encoding and decoding processes.
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Size: 799744 |
Author: 張哲銘 |
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Description: There is a renewed interest in the 3DTV research primarily due to
the advances in low cost 3D display technologies. The two views
required for 3DTV can be compressed using standard video
compression techniques. MPEG-2 is widely used in digital TV
applications today and H.264/MPEG-4 AVC is expected to be the
leading video technology standard for digital video in the near
future. The compression gains and quality of 3DTV will vary
depending on the video coding standard used. While inter-view
prediction will likely improve the compression efficiency
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Size: 1184768 |
Author: ali |
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Description: standards of H2.64/AVC, useful for us to know about H.264/AVC
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Size: 430080 |
Author: mediative |
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