文件名称：曲率滤波代码
文件大小：5.3MB
文件格式：ZIP
更新时间：2021-09-25 14:38:21
曲率滤波
龚元浩曲率滤波代码，python和matlab语言。This code was developed by Yuanhao Gong during his PhD at MOSAIC Group. Please cite Yuanhao's PhD thesis if you use this code in your work. Thank you! ============================================================= @phdthesis{gong:phd, title={Spectrally regularized surfaces}, author={Gong, Yuanhao}, year={2015}, school={ETH Zurich, Nr. 22616}, note={http://dx.doi.org/10.3929/ethz-a-010438292}} ============================================================= FAQ: 1) Why dual mesh (DM) structure is needed? There are two reasons. First, these four sets guarantee the convergence. Second, we can use the updated neighbors for current position. Therefore, it is more computational efficient. 2) What is the difference between these three filters? In general, GC filter is better in preserving details, compared with the other two. And TV filter is better in removing noise as well as details. MC filter is between these two. These three filters are correspond to three types of variational models. User should decide which prior is to be assumed about the ground truth. 3) What is the difference between split and nosplit scheme? In general, splitting the image into four sets and looping on them is computational faster. However, in some cases like deconvolution, we need to merge the four sets after every iteration. So, it is better do nosplit scheme. These two lead to exactly the same result. The split code is just more cache friendly.
【文件预览】：
CurvatureFilter-master
----ReadMe.txt(1KB)
----.gitignore(9B)
----images()
--------CGF_MC.png(257KB)
--------scaleSpace.png(375KB)
--------BernsteinFilter.pdf(1.22MB)
--------MC_line3_small.gif(241KB)
--------denoise.PNG(633KB)
--------decomposition.png(747KB)
--------phs.PNG(246KB)
--------MC_line2_small.gif(198KB)
--------box.png(22KB)
--------lena.png(148KB)
--------GC_mesh.jpg(200KB)
--------easy.png(44KB)
--------theory.png(44KB)
--------fast.jpg(15KB)
--------Lena_three_lines.png(244KB)
--------MC_line1_small.gif(228KB)
--------lena_circ.png(183KB)
--------curvatureFilters.png(195KB)
--------CF_Kernels.pdf(132KB)
--------developable.png(15KB)
--------test(5B)
----CF_On_Mesh()
--------working.txt(164B)
----Matlab()
--------main.m(4KB)
--------lena.png(148KB)
--------GUI.m(16KB)
--------GUI.fig(53KB)
--------Solver.m(7KB)
--------CF.m(8KB)
--------HalfWindow.m(1KB)
----README.md(7KB)
----CF.h(84KB)
----makefile(195B)
----main.cpp(4KB)
----ITK()
--------main.cxx(3KB)
--------itkCurvatureFilter.h(6KB)
--------CMakeLists.txt(250B)
----.gitattributes(171B)
----Python()
--------CurvatureFilter.ipynb(378KB)
--------curvaturefilter()
----CMakeLists.txt(599B)