登录
首页 » matlab » SP_Liu_TCSVT_code2014

SP_Liu_TCSVT_code2014

于 2020-06-16 发布 文件大小:28731KB
0 136
下载积分: 1 下载次数: 0

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

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • huatesetu
    说明:  利用vc画图,特点是可以画一些有特殊效果的几何图像(use vc drawing, painting features can be some special effects of geometric images)
    2006-04-14 11:39:57下载
    积分:1
  • WST
    implementation of watershed algorithm for segmenting an image.
    2021-02-18 13:49:45下载
    积分:1
  • MATLAB如何将片切分成任意MN块
    说明:  MATLAB如何将图片切分成任意M*N块 在图像处理的时候,有时会不可避免的将图像分块来进行操作,但是图像的像素不可能每次都是可以被整除的,所以我们需要imresize函数对图像的尺寸进行修改,以便可以完成M*N块的分割(How can matlab cut the image into any m * n blocks? Sometimes it is inevitable to divide the image into blocks for operation. However, the pixels of the image can not be divided every time. So we need to modify the size of the image with the function of reduce to complete the m * n block segmentation)
    2020-05-09 14:17:19下载
    积分:1
  • BCB-program12
    There is a BCB program for digital image to establish ground truth image which test the original image.
    2015-11-09 21:39:38下载
    积分:1
  • AMDGPU
    介绍图像处理技在AMD上的GPU的处理方案,加速高清,快速度(The processing scheme, image processing technology on AMD GPU accelerated HD, speed)
    2013-07-22 17:28:48下载
    积分:1
  • abc
    八种图像置乱方法:希尔伯特变换、采样置乱、ZIGZIG置乱、等等等等(Eight kinds of image scrambling method)
    2012-01-10 21:03:36下载
    积分:1
  • manualhist
    从键盘读取输入信息,并绘制最终的高斯函数。(Read from the keyboard to enter information, and rendering the final Gaussian function.)
    2008-01-10 11:18:41下载
    积分:1
  • optical
    一些常见的工程光学现象的模拟,如光的衍射,光的全息(Some common optical phenomena simulation projects, such as light diffraction, optical holographic)
    2009-05-21 19:58:54下载
    积分:1
  • imageprocessing6
    1.选择一幅图像,对该图像进行DCT块操作(将图像分成8×8小块,对每个小块进行DCT变换)。 2.利用屏蔽矩阵对DCT系数进行区域选择,然后进行逆变换(IDCT),合成原图像,计算合成图像的PSNR。 3.选择一小波函数,对一幅图像进行分解,显示各变换系数,观察其规律,并进行小波逆变换,合成原图像。 (1. Select an image, the image DCT block operations (the image is divided into 8 × 8 small pieces of each small piece for DCT transform). 2. The use of shielding on the DCT coefficient matrix of regional choices, and then inverse transform (IDCT), synthesis of the original image, calculating the synthetic image PSNR. 3. To select a wavelet function, decomposition of an image to show the transform coefficients, to observe its laws, and inverse wavelet transform, the original synthetic image.)
    2021-04-12 13:48:57下载
    积分:1
  • seisplot
    SEISPLOT 可以弥补FIMAGE软件带来的不足,即可以实时地显示更多剖面。而且还可以进行其它格式的转换。(seisplot is a software for seismic profile viewing.)
    2010-06-06 17:30:10下载
    积分:1
  • 696518资源总数
  • 104269会员总数
  • 31今日下载