登录
首页 » Visual C++ » 深度图像的快速实现增强的算法 GUIDED

深度图像的快速实现增强的算法 GUIDED

于 2015-04-17 发布 文件大小:3326KB
0 248
下载积分: 1 下载次数: 24

代码说明:

  深度图像的快速实现增强的算法,效果非常好,但是速度很快(Quick to realize the depth of image enhancement algorithms, the effect is very good, but fast)

文件列表:

shshzaa-depth-enhancement-46a6c4ec0de7
......................................\.hgignore,203,2014-01-17
......................................\.hg_archival.txt,148,2014-01-17
......................................\ADMatrix.m,2079,2014-01-17
......................................\AnisotropicDiffusion.m,1344,2014-01-17
......................................\AP_GCP.m,5856,2014-01-17
......................................\artAnno.ppm,120015,2014-01-17
......................................\artIm.ppm,120015,2014-01-17
......................................\BilateralFilter.m,2053,2014-01-17
......................................\ColorSecondSmoothnessTerm.m,3303,2014-01-17
......................................\ColorSmoothnessList.m,1300,2014-01-17
......................................\ColorSmoothnessN_N.m,2470,2014-01-17
......................................\ColorSmoothnessTerm.m,2752,2014-01-17
......................................\computeNumericalGradient.m,1144,2014-01-17
......................................\data
......................................\....\art


......................................\....\Bowling1


......................................\....\plastic


......................................\....\synthetic
......................................\....\.........\color1.png
......................................\....\.........\color2.png


......................................\....\teddy


......................................\demo.m,11196,2014-01-17
......................................\DepthKernelTerm.m,1415,2014-01-17
......................................\FastBilateralFilter.m,6880,2014-01-17
......................................\GCMex
......................................\.....\block.h,8194,2014-01-17
......................................\.....\energy.h,9091,2014-01-17
......................................\.....\example.cpp,13262,2014-01-17
......................................\.....\GCMex.cpp,5430,2014-01-17
......................................\.....\GCMex.m,1942,2014-01-17
......................................\.....\GCMex.mexa64,169414,2014-01-17
......................................\.....\GCMex.mexglx,141594,2014-01-17
......................................\.....\GCMex.mexmaci,64024,2014-01-17
......................................\.....\GCMex.mexmaci64,70040,2014-01-17
......................................\.....\GCMex.mexw32,51712,2014-01-17
......................................\.....\GCMex.mexw64,44544,2014-01-17
......................................\.....\GCMex_compile.m,316,2014-01-17
......................................\.....\GCMex_test.m,861,2014-01-17
......................................\.....\GCoptimization.cpp,24477,2014-01-17
......................................\.....\GCoptimization.h,25387,2014-01-17
......................................\.....\GC_README.txt,19845,2014-01-17
......................................\.....\graph.cpp,2277,2014-01-17
......................................\.....\graph.h,5796,2014-01-17
......................................\.....\LICENSE.TXT,18349,2014-01-17
......................................\.....\LinkedBlockList.cpp,1453,2014-01-17
......................................\.....\LinkedBlockList.h,1765,2014-01-17
......................................\.....\maxflow.cpp,11287,2014-01-17
......................................\.....\ReadMe.txt,1348,2014-01-17
......................................\JointBilateralUpsample.m,2484,2014-01-17
......................................\LayeredBilateralFilter.m,1650,2014-01-17
......................................\MRFCostFunction.m,2443,2014-01-17
......................................\MRFUpsamplingCG.m,2275,2014-01-17
......................................\MRFUpsamplingEq.m,1994,2014-01-17
......................................\MRFUpsamplingEqKernelData.m,2120,2014-01-17
......................................\MRFUpsamplingEqO2.m,2390,2014-01-17
......................................\MRFUpsamplingGC.m,1771,2014-01-17
......................................\MRFUpsamplingTensor.m,3175,2014-01-17
......................................\NoiseAwareFilter.m,3150,2014-01-17
......................................\README.md,1408,2014-01-17
......................................\Tensor.m,1572,2014-01-17
......................................\WeightedModeFilter.m,2410,2014-01-17

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

  • Codeblocks-MinGW-openCV
    use Codeblocks MinGW in openCV
    2012-04-16 09:41:20下载
    积分:1
  • Kinect_DepthCanny
    用kinect获取3D图像,并从3D图像中用OpenCV方法从深度图中获取梯度边缘,从而得到更多信息,做后续处理(Get with kinect 3D images, and get the edge gradient from the depth map from a 3D image using OpenCV method to obtain more information, do follow-up treatment)
    2014-02-21 21:19:53下载
    积分:1
  • threhold-dealt
    关于阈值处理的一部分参考文献,对于图像的二值化等很有帮助,是经过精心选择的参考文件。(References on the part of the processing threshold for image binarization helpful, is carefully selected reference files.)
    2014-08-25 12:03:43下载
    积分:1
  • BGS
    说明:  基于各种算法的运动视频背景消除。使用opencv工具库,通过读取视频文件,处理视频,最后存储。(Background Subtract Algorithm)
    2010-04-20 10:37:13下载
    积分:1
  • BMP_pix_read_write
    实现BMP文件的基本功能。用C++实现一个Class,该Class具有读写BMP文件功能;该Class还具有对图像像素进行操作的功能(针对每个像素的读、写) (BMP files to achieve the basic functions. Using C++ implementation of a Class, the Class has read and write BMP file functions the Class also features the image pixel operation function (for each pixel of the read, write))
    2010-06-03 15:50:25下载
    积分:1
  • UIC
    mfc图像处理,实现图像的配准,自己编写,可以应用(mfc image processing, image registration)
    2016-04-25 08:29:45下载
    积分:1
  • Fngprnt
    采用最大方差阈值分割法,对指纹进行提取。(Using the maximum variance threshold segmentation method for fingerprint extraction.)
    2013-11-24 20:39:58下载
    积分:1
  • duibidulasheng
    对比度拉伸,对原始图像进行对比度拉伸,从而得到拉伸后的图像(tensile contrast, the original image contrast stretching, and thus drawing the images)
    2007-06-28 16:19:44下载
    积分:1
  • DcmtkTest
    本程序使用dcmtk库,可以显示大部分的DICOM图像。非压缩、压缩黑白图像以766灰阶显示,彩色图像正常显示。 对于初用dcmtk库的开发者来说,入门较难,本程序已使用VC6工程将主要库加入工程中,可以参考本工程的设置。另外,对于高于8位的黑白图像,本程序也提供一个处理方法的参考。(This procedure used dcmtk library, you can see that the majority of the DICOM image. Non-compressed, compressed to 766 gray-scale black-and-white images show that color image display. Dcmtk library used for the early developers, the entry more difficult, the procedure has been in use for the main library VC6 project will join the project, can refer to the project settings. In addition, higher than the 8-bit black-and-white images, the program also provides a reference method.)
    2009-06-01 14:19:42下载
    积分:1
  • fingertips
    利用OpenCV实现单幅图片对于手指的精确识别(Single image using OpenCV to achieve precise identification of the finger)
    2011-02-11 17:09:05下载
    积分:1
  • 696518资源总数
  • 106155会员总数
  • 8今日下载