文件名称:h.264-cuda-master
- 所属分类：
- 流媒体/Mpeg4
- 资源属性：
- [Windows] [Visual.Net] [源码]
- 上传时间：
- 2014-10-15
- 文件大小：
- 457kb
- 下载次数：
- 0次
- 提 供 者：
- sof****
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
This project seeks to implement H.264 (the standard x264 is based on) to run on CUDA. Specifically we attempt to write the motion estimation module in CUDA.
Motion estimation is currently the most computationally intensive portion of the H.264 encoding process. Previous attempts to parallelize this algorithm in CUDA showed sizeable speedups but sacrificed quality by ignoring the motion vector prediction (MVp). We demonstrate the viability of a hierarchical (pyramid) motion estimation algorithm in CUDA. This solution addresses the MVp problem while still taking advantage of the CUDA fr a mework.-This project seeks to implement H.264 (the standard x264 is based on) to run on CUDA. Specifically we attempt to write the motion estimation module in CUDA.
Motion estimation is currently the most computationally intensive portion of the H.264 encoding process. Previous attempts to parallelize this algorithm in CUDA showed sizeable speedups but sacrificed quality by ignoring the motion vector prediction (MVp). We demonstrate the viability of a hierarchical (pyramid) motion estimation algorithm in CUDA. This solution addresses the MVp problem while still taking advantage of the CUDA fr a mework.
Motion estimation is currently the most computationally intensive portion of the H.264 encoding process. Previous attempts to parallelize this algorithm in CUDA showed sizeable speedups but sacrificed quality by ignoring the motion vector prediction (MVp). We demonstrate the viability of a hierarchical (pyramid) motion estimation algorithm in CUDA. This solution addresses the MVp problem while still taking advantage of the CUDA fr a mework.-This project seeks to implement H.264 (the standard x264 is based on) to run on CUDA. Specifically we attempt to write the motion estimation module in CUDA.
Motion estimation is currently the most computationally intensive portion of the H.264 encoding process. Previous attempts to parallelize this algorithm in CUDA showed sizeable speedups but sacrificed quality by ignoring the motion vector prediction (MVp). We demonstrate the viability of a hierarchical (pyramid) motion estimation algorithm in CUDA. This solution addresses the MVp problem while still taking advantage of the CUDA fr a mework.
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下载文件列表
h.264-cuda-master
.................\.gitignore
.................\AUTHORS
.................\COPYING
.................\Doxyfile
.................\Makefile
.................\build
.................\.....\win32
.................\.....\.....\libx264.vcproj
.................\.....\.....\x264.sln
.................\.....\.....\x264.vcproj
.................\common
.................\......\bs.h
.................\......\cabac.c
.................\......\cabac.h
.................\......\common.c
.................\......\common.h
.................\......\cpu.c
.................\......\cpu.h
.................\......\dct.c
.................\......\dct.h
.................\......\display-x11.c
.................\......\display.h
.................\......\frame.c
.................\......\frame.h
.................\......\macroblock.c
.................\......\macroblock.h
.................\......\mc.c
.................\......\mc.h
.................\......\mdate.c
.................\......\osdep.h
.................\......\pixel.c
.................\......\pixel.h
.................\......\ppc
.................\......\...\dct.c
.................\......\...\dct.h
.................\......\...\deblock.c
.................\......\...\mc.c
.................\......\...\mc.h
.................\......\...\pixel.c
.................\......\...\pixel.h
.................\......\...\ppccommon.h
.................\......\...\predict.c
.................\......\...\predict.h
.................\......\...\quant.c
.................\......\...\quant.h
.................\......\predict.c
.................\......\predict.h
.................\......\quant.c
.................\......\quant.h
.................\......\set.c
.................\......\set.h
.................\......\sparc
.................\......\.....\pixel.asm
.................\......\.....\pixel.h
.................\......\visualize.c
.................\......\visualize.h
.................\......\vlc.c
.................\......\x86
.................\......\...\cabac-a.asm
.................\......\...\cpu-a.asm
.................\......\...\dct-32.asm
.................\......\...\dct-64.asm
.................\......\...\dct-a.asm
.................\......\...\dct.h
.................\......\...\deblock-a.asm
.................\......\...\mc-a.asm
.................\......\...\mc-a2.asm
.................\......\...\mc-c.c
.................\......\...\mc.h
.................\......\...\pixel-32.asm
.................\......\...\pixel-a.asm
.................\......\...\pixel.h
.................\......\...\predict-a.asm
.................\......\...\predict-c.c
.................\......\...\predict.h
.................\......\...\quant-a.asm
.................\......\...\quant.h
.................\......\...\sad-a.asm
.................\......\...\util.h
.................\......\...\x86inc.asm
.................\......\...\x86util.asm
.................\config.guess
.................\config.sub
.................\configure
.................\cuda.mk
.................\doc
.................\...\ratecontrol.txt
.................\...\regression_test.txt
.................\...\standards.txt
.................\...\threads.txt
.................\...\vui.txt
.................\encoder
.................\.......\analyse.c
.................\.......\analyse.h
.................\.......\cabac.c
.................\.......\cavlc.c
.................\.......\encoder.c
.................\.......\glDebug.cu
.................\.......\macroblock.c