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SP_Liu_TCSVT_code2014

于 2020-06-16 发布 文件大小:28731KB
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代码说明：

  用于显著性检测的对比算法SP的MATLAB版本，比较新的是2013年的，亲测可用(MatLAB version of SP, a contrast algorithm for saliency detection, is relatively new in 2013, and pro-test is available.)

文件列表：

SP_Liu_TCSVT_code\buildConectMatrix.p, 490 , 2015-03-02
SP_Liu_TCSVT_code\data\inputVideos\AN119T\2_SP.jpg, 7251 , 2015-03-30
SP_Liu_TCSVT_code\data\inputVideos\AN119T\3_SP.jpg, 7197 , 2015-03-30
SP_Liu_TCSVT_code\data\inputVideos\AN119T\4_SP.jpg, 7136 , 2015-03-30
SP_Liu_TCSVT_code\data\inputVideos\AN119T\5_SP.jpg, 6797 , 2015-03-30
SP_Liu_TCSVT_code\data\inputVideos\AN119T\6_SP.jpg, 6841 , 2015-03-30
SP_Liu_TCSVT_code\data\inputVideos\AN119T\7_SP.jpg, 6565 , 2015-03-30
SP_Liu_TCSVT_code\data\inputVideos\AN119T.avi, 30423444 , 2009-09-11
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\demoLDOF.m, 105 , 2013-10-22
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\mex_LDOF.m, 761 , 2013-10-22
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\mex_LDOF.mexa64, 97825 , 2013-10-22
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\mex_LDOF.mexw32, 53760 , 2013-10-22
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\mex_LDOF.mexw64, 75264 , 2013-10-22
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\pami2010Matlab.zip, 786067 , 2013-11-05
SP_Liu_TCSVT_code\ExternalCode\broxPAMI2011\readme.txt, 1023 , 2013-10-22
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\.gitattributes, 59 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\.gitignore, 700 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\phow_caltech101.m, 11594 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\encodeImage.m, 5278 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\experiments.m, 6905 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\extendDescriptorsWithGeometry.m, 822 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\getDenseSIFT.m, 1679 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\readImage.m, 919 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\setupCaltech256.m, 2495 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\setupFMD.m, 1197 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\setupGeneric.m, 4024 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\setupScene67.m, 2368 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\setupVoc.m, 5189 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\trainEncoder.m, 6226 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\recognition\traintest.m, 6097 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\apps\sift_mosaic.m, 4621 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\aib, 8396 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\libvl.so, 293498 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\mser, 21717 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\sift, 26345 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_gauss_elimination, 8327 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_getopt_long, 8597 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_gmm, 13455 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_heap-def, 12462 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_host, 8345 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_imopv, 8611 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_kmeans, 8500 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_liop, 8389 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_mathop, 12490 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_mathop_abs, 8450 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_nan, 8374 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_qsort-def, 12413 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_rand, 8386 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_sqrti, 8305 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_stringop, 12718 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_svd2, 8459 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_threads, 8669 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnx86\test_vec_comp, 8635 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\aib, 14080 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\libvl.so, 370313 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\mser, 23649 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\sift, 32519 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_gauss_elimination, 9883 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_getopt_long, 10299 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_gmm, 15335 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_heap-def, 14050 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_host, 9925 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_imopv, 14383 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_kmeans, 10128 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_liop, 9977 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_mathop, 14141 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_mathop_abs, 10078 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_nan, 9962 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_qsort-def, 13977 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_rand, 9966 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_sqrti, 9865 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_stringop, 14376 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_svd2, 14175 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_threads, 14441 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\glnxa64\test_vec_comp, 14391 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\aib, 9384 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\libvl.dylib, 279560 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\mser, 22636 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\sift, 31248 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_gauss_elimination, 9264 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_getopt_long, 9388 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_gmm, 14416 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_heap-def, 21836 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_host, 9300 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_imopv, 9572 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_kmeans, 9452 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_liop, 9364 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_mathop, 13396 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_mathop_abs, 9400 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_nan, 9316 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_qsort-def, 9276 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_rand, 9372 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_sqrti, 9232 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_stringop, 13612 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_svd2, 9416 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_threads, 9564 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci\test_vec_comp, 9588 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci64\aib, 8956 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci64\libvl.dylib, 303760 , 2014-09-12
SP_Liu_TCSVT_code\ExternalCode\vlfeat-0.9.19\bin\maci64\mser, 22320 , 2014-09-12

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  • thresholddenoise
    小波软阈值去噪的MATLAB代码,输入噪声均值就可得出含噪图像和去噪图像,同时得出峰值信噪比.(Wavelet soft-threshold denoising of MATLAB code, the mean input noise with noise will get the images and de-noising images, peak signal to noise ratio obtained at the same time.)
    2007-11-22 18:17:45下载
    积分：1
  • yanseshiqu
    说明：  用delphi编程实现图像的颜色拾取，这是一个很好的图像处理程序(Delphi programming with the color of the image pick-up, this is a very good image processing program)
    2011-04-01 20:02:10下载
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  • 2Curvelet
    第二代Curvelet变换及其在图像融合中的应用研究，第二代Curvelet较第一代有更好的发展前景(Second-generation Curvelet Transform and Its Application in Image Fusion of applied research, the second-generation Curvelet better than the first generation of the development prospects of)
    2009-12-07 11:44:17下载
    积分：1
  • Seg_soble
    sobel segmentation, this algorithme has a great effect for segmenting
    2015-01-25 18:02:39下载
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  • FACE-Recognition
    这是一个应用VC++编写的基于摄像头读取人脸的人脸识别和人脸检测软件，其中引用了MATLAB的系统函数，是一个非常不错的人脸识别软件，这个系统在我校论文答辩审核中获得了优秀的成绩。希望对大家有用(This is an application-based VC prepared to read camera Face to Face Recognition and face detection software. cited in the MATLAB system function, is a very good face recognition software. The system in my school examination papers reply obtained outstanding achievements. We hope to useful)
    2020-06-26 05:20:01下载
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  • DataEntryNameFilter
    This DataEntryFilter filters data entries based on whether their names match a given StringMatcher.
    2014-01-17 14:15:19下载
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  • source
    数字图像处理，C语言，功能是打开一幅位图，实现几何变换。(Digital image processing, C language function is to open a bitmap, to achieve geometric transform.)
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  • calibration
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    2007-10-30 13:02:06下载
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  • frft_candon
    离散分数阶傅立叶变换，算法参考 C. Candan, M.A. Kutay, and H.M. Ozaktas. The discrete Fractional Fourier Transform. IEEE Trans. Sig. Proc., 48:1329--1337, 2000 (Discrete fractional Fourier transform algorithm reference C. Candan, MA Kutay, and HM Ozaktas. The discrete Fractional Fourier Transform. IEEE Trans. Sig. Proc., 48:1329- 1337, 2000)
    2013-10-23 18:27:29下载
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