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Description: This package contains the source code and the reference manual of the Intel Computer Vision Library. It is a great tool for image processing. -This package contains the source code and t he reference manual of the Intel Computer Visio n Library. It is a great tool for image processin g.
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Size: 875331 |
Author: jft987msn |
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Description: Rob Hess C implementation of SIFT that uses OpenCV.
It allows for pretty detailed parameter tweaking (e.g. histogram size, DoG thresholds, etc.) If you need flexibility, this is pretty good.
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Size: 570993 |
Author: 刘军 |
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Description: Rob Hess C implementation of SIFT that uses OpenCV. It allows for pretty detailed parameter tweaking (e.g. histogram size, DoG thresholds, etc.) If you need flexibility, this is pretty good. sift-1.1.1_20071108_win 修改了前面版本的几个地方
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Size: 8126893 |
Author: hu |
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Description: cvlib_mex is a collection (over two dozens) of matlab callable routines from the
the OpenCV library (www.intel.com/research/mrl/research/opencv/). OpenCV is a
real time computer vision library with many image processing capabilities and
it is amazingly fast as well as economic.
To get a list of all available functions run cvlib_mex without any arguments, e.g:
cvlib_mex
Dedicated (short) help on each function is obtained by runing
cvlib_mex('funname'), eg:
cvlib_mex('resize')
A longer help (but often still too short) may be obtained by consulting the
OpenCV manual pages.
To run this mex you probably need the to have all the dlls in the same directory.
Example 1: let IMG be a MxNx3 uint8 image.
imr = cvlib_mex('resize',IMG,3.4);
will resize the image, using a bilinear interpolation, to 3.4 times the original size.
Example 2: let A and B be MxN single arrays.
C = cvlib_mex('mul',A,B);
will do a per-element multiplication of A and B, or a C = A .* B
and
cvlib_mex('mul',A,B);
will do the same but in-place, storing the result in A.
Platform: |
Size: 667609 |
Author: shshlzh |
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Description: cvlib_mex is a collection (over two dozens) of matlab callable routines from the
the OpenCV library (www.intel.com/research/mrl/research/opencv/). OpenCV is a
real time computer vision library with many image processing capabilities and
it is amazingly fast as well as economic.
To get a list of all available functions run cvlib_mex without any arguments, e.g:
cvlib_mex
Dedicated (short) help on each function is obtained by runing
cvlib_mex('funname'), eg:
cvlib_mex('resize')
A longer help (but often still too short) may be obtained by consulting the
OpenCV manual pages.
To run this mex you probably need the to have all the dlls in the same directory.
Example 1: let IMG be a MxNx3 uint8 image.
imr = cvlib_mex('resize',IMG,3.4);
will resize the image, using a bilinear interpolation, to 3.4 times the original size.
Example 2: let A and B be MxN single arrays.
C = cvlib_mex('mul',A,B);
will do a per-element multiplication of A and B, or a C = A .* B
and
cvlib_mex('mul',A,B);
will do the same but in-place, storing the result in A.
Platform: |
Size: 845944 |
Author: shshlzh |
Hits:
Description: cvlib_mex is a collection (over two dozens) of matlab callable routines from the
the OpenCV library (www.intel.com/research/mrl/research/opencv/). OpenCV is a
real time computer vision library with many image processing capabilities and
it is amazingly fast as well as economic.
To get a list of all available functions run cvlib_mex without any arguments, e.g:
cvlib_mex
Dedicated (short) help on each function is obtained by runing
cvlib_mex('funname'), eg:
cvlib_mex('resize')
A longer help (but often still too short) may be obtained by consulting the
OpenCV manual pages.
To run this mex you probably need the to have all the dlls in the same directory.
Example 1: let IMG be a MxNx3 uint8 image.
imr = cvlib_mex('resize',IMG,3.4);
will resize the image, using a bilinear interpolation, to 3.4 times the original size.
Example 2: let A and B be MxN single arrays.
C = cvlib_mex('mul',A,B);
will do a per-element multiplication of A and B, or a C = A .* B
and
cvlib_mex('mul',A,B);
will do the same but in-place, storing the result in A.
Platform: |
Size: 535910 |
Author: shshlzh |
Hits:
Description: This package contains the source code and the reference manual of the Intel Computer Vision Library. It is a great tool for image processing. -This package contains the source code and t he reference manual of the Intel Computer Visio n Library. It is a great tool for image processin g.
Platform: |
Size: 875520 |
Author: jft987msn |
Hits:
Description: 自从David G. Lowe提出SIFT算法。有很多解释说明，应用和发展。这里搜集了主要有贡献的文章。
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Size: 7616512 |
Author: Wei |
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Description: Rob Hess C implementation of SIFT that uses OpenCV.
It allows for pretty detailed parameter tweaking (e.g. histogram size, DoG thresholds, etc.) If you need flexibility, this is pretty good. -Rob Hess C implementation of SIFT that uses OpenCV. It allows for pretty detailed parameter tweaking (eg histogram size, DoG thresholds, etc.) If you need flexibility, this is pretty good.
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Size: 570368 |
Author: 刘军 |
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Description: I ve written some many years ago dynamic Huffman algorithm to compress and decompress data. It is mainly targeted to data with some symbols occuring more often than the rest (e.g. having some data file consisted of 3 different symbols and their total number of occurence in that file s1(1000), s2(200), s3(30) so the total length of file is 1000+200+30=1230 bytes, it will be encoded assigning one bit to s1 and 2 bits to s2, s3 so the encoded length will be 1*1000+2*(200+30)=1460 bits=182 bytes). In the best case the file consisted of just one symbol will be encoded with compression ratio as 1:8. Huffman coding is used in image compression, however in JPEG2000 arithmetic codec is imployed.
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Size: 7168 |
Author: 毛磊 |
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Description: 检测车牌VC++程序。用自定义模板进行中值滤波
区域灰度基本被赋值为0。考虑到文字是由许多短竖线组成,而背景噪声有一大部分是孤立噪声,用模板(1,1,1,1,1)T对G进行中值滤波,能够得到除掉了大部分干扰的图像C。-License plate detection VC++ Procedures. Custom template gray-scale median filter basic region was assigned to 0. Taking into account the text is composed by a number of short vertical lines, while the background noise is to isolate a large noise, using a template (1,1,1,1,1) T of G for median filtering, can be removed most of interfere with the image C.
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Size: 924672 |
Author: 张悦庭 |
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Description: D.G lowe 的尺度不变特征转换算法（SIFT）
在基于opencv和OpenGL的源码基础上增加了图像的保存功能。用于对图像的尺度不变特征的提取以及图像特征点的匹配。-DG lowe the scale-invariant features of the conversion algorithm (SIFT) and OpenGL-based opencv source code based on the increase in the preservation of image features. Used to image the scale-invariant feature extraction and image feature points of the match.
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Size: 7247872 |
Author: 朱 |
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Description: 用OpenCV中的一些固定函数，对视频图像进行帧的抓取，显示，对于搞视频的初学者比较有用-OpenCV with some of the fixed function, the video images frame crawl, display, for engaging in video more useful for beginners
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Size: 45056 |
Author: 木易 |
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Description: 使用opencv编程导入图像，获得图像的R、G、B分量数据。还可以进行空间转换。-Used opencv to get data of image.
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Size: 1338368 |
Author: 任雪菲 |
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Description: 用OpenCV实现的GMM背景建模，自己写的，一直在使用-Background modeling based on GMM(Development Environment: VC, OpenCV)
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Size: 2635776 |
Author: 桑基韬 |
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Description: SIFT图像配准系统，需要用到opencv和gsl的库
-SIFT Image Registration System, and the need to use opencv library gsl
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Size: 5476352 |
Author: 刘晓明 |
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Description: YUV图像数据转换为RGB格式。
含YUV颜色转换R、G、B分量的函数-YUV Image Format to RGB Format.
Including Get R/G/B Color Compoment from YUV pixel.
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Size: 1024 |
Author: tian xiao ma |
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Description: OpenCV demo
Image demo
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Size: 1024 |
Author: Jim |
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Description: All M-files are copyrighted, 2000, by Dimitris G, Manolakis,,(All the M - files are copyrighted, 2000, by Dimitris G, Manolakis,,)
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Size: 35840 |
Author: Yvecte
|
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Description: G++和opencv实现图像的双线性插值(G++ code for Bilinear interpolation of images with opencv)
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Size: 1024 |
Author: 小王 123 |
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