Description: 利用C6000DSP实现对图像的JPEG压缩,并且利用C语言实现而且进行了优化非常具有实际的作用.-this jpeg compression code is developed by C language and has been optimized for c6000DSP,which is sure to be helpful in your application. Platform: |
Size: 160188 |
Author:王鹏 |
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Description: 利用C6000DSP实现对图像的JPEG压缩,并且利用C语言实现而且进行了优化非常具有实际的作用.-this jpeg compression code is developed by C language and has been optimized for c6000DSP,which is sure to be helpful in your application. Platform: |
Size: 187392 |
Author:王鹏 |
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Description: 此源码为按照jpeg标准编写的huffman压缩程序源代码，主要是进行图像数据压缩-source of this according to jpeg standards prepared by the Huffman compression source code, mainly for image data compression Platform: |
Size: 4096 |
Author:张 |
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Description: 基于C++语言的静态图象压缩编码，JPEG DCT量化编码 C++程序,对学习图像压缩编码的过程和具体实现很有帮助。-based on the C language static image compression, JPEG DCT quantization coding C procedures, learning right image coding process and to achieve specific helpful. Platform: |
Size: 131072 |
Author:朱国福 |
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Description: jpeg压缩、解压的C源代码，可以用于dsp、nios的移植。-jpeg compression, decompression of the C source code, can be used dsp, nios transplant. Platform: |
Size: 290816 |
Author:xht |
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Description: JPEG源代码C语言实现压缩与解，对学习图像处理有一定的参考意义。-C language source code for JPEG compression and the realization of solutions for image processing to learn some reference significance. Platform: |
Size: 366592 |
Author:yubua |
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Description: JPEG文件压缩解压算法源代码，已经移植到Embedded Visual C++下，可以用于在WINCE环境下读写JPEG文件。-JPEG file compression decompression algorithm source code has been ported to Embedded Visual C++ Can be used to read and write WINCE environment JPEG file. Platform: |
Size: 236544 |
Author:柴晓荣 |
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Description: ARM汇编，实现DCT算法，图像压缩，JPEG
需要loadmemory，里面附带load文件示例以及样子图片，raw格式-ARM compilation and realizing DCT algorithm, image compression, JPEG need loadmemory, incidental load inside sample documents, as well as look like picture, raw format Platform: |
Size: 10240 |
Author:林锋 |
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Description: 在TI dsp6000系列开发的jpeg压缩程序，以c作为开发语言，对jpeg的代码移植到dsp平台进行数字信号处理的实现-TI dsp6000 series in the development of jpeg compression procedures to c as the development of language, the code of jpeg transplanted to dsp digital signal processing platform for the realization of Platform: |
Size: 235520 |
Author:lvpeng |
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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. Platform: |
Size: 173056 |
Author:Mic |
Hits:
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.
Platform: |
Size: 339968 |
Author:Mic |
Hits:
Search - c code for jpeg compression