文件名称:CPPCT
介绍说明－－下载内容均来自于网络，请自行研究使用
基于OpenCV和VC++的CT数据重建-OpenCV VC++ CT Reconstruction
(系统自动生成,下载前可以参看下载内容)
下载文件列表
C++CT重建\CT_Reconstruction\CT重建仿真\CTconv_reconstuct\CTconv_reconstuct.cpp
.........\.................\..........\.................\CTconv_reconstuct.sdf
.........\.................\..........\.................\CTconv_reconstuct.sln
.........\.................\..........\.................\CTconv_reconstuct.suo
.........\.................\..........\.................\CTconv_reconstuct.vcproj
.........\.................\..........\.................\CTconv_reconstuct.vcproj.SIMONXU.Simon Xu.user
.........\.................\..........\.................\CTconv_reconstuct.vcxproj
.........\.................\..........\.................\CTconv_reconstuct.vcxproj.filters
.........\.................\..........\.................\CTconv_reconstuct.vcxproj.user
.........\.................\..........\.................\ipch\ctconv_reconstuct-d9859939\ctconv_reconstuct-e53b8102.ipch
.........\.................\..........\.................\ReadMe.txt
.........\.................\..........\.................\stdafx.cpp
.........\.................\..........\.................\stdafx.h
.........\.................\..........\.................\UpgradeLog.XML
.........\.................\..........\.................\_UpgradeReport_Files\UpgradeReport.css
.........\.................\..........\.................\....................\UpgradeReport.xslt
.........\.................\..........\.................\....................\UpgradeReport_Minus.gif
.........\.................\..........\.................\....................\UpgradeReport_Plus.gif
.........\.................\..........\Noisy(SNR=10) S-L Head Model R-L Convolution Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=10) S-L Head Model S-L Convolution Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=25) S-L Head Model Direct Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=25) S-L Head Model My Convolution(121P) Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=25) S-L Head Model My Convolution3(121P) Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=25) S-L Head Model R-L Convolution Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=25) S-L Head Model S-L Convolution Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=5) S-L Head Model Direct Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=5) S-L Head Model My Convolution(121P) Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=5) S-L Head Model R-L Convolution Back Projection_1degree_Scan.bmp
.........\.................\..........\Noisy(SNR=5) S-L Head Model S-L Convolution Back Projection_1degree_Scan.bmp
.........\.................\..........\Readme.txt
.........\.................\..........\S-L Head Model Direct Back Projection_10degree_Scan.bmp
.........\.................\..........\S-L Head Model Direct Back Projection_1degree_Scan.bmp
.........\.................\..........\S-L Head Model Direct Back Projection_20degree_Scan.bmp
.........\.................\..........\S-L Head Model Direct Back Projection_5degree_Scan.bmp
.........\.................\..........\S-L Head Model My Convolution(121P) Back Projection_10degree_Scan.bmp
.........\.................\..........\S-L Head Model My Convolution(121P) Back Projection_1degree_Scan.bmp
.........\.................\..........\S-L Head Model My Convolution(51P) Back Projection_10degree_Scan.bmp
.........\.................\..........\S-L Head Model My Convolution(51P) Back Projection_1degree_Scan.bmp
.........\.................\..........\S-L Head Model My Convolution2(121P) Back Projection_1degree_Scan.bmp
.........\.................\..........\S-L Head Model My Convolution3(121P) Back Projection_1degree_Scan.bmp
.........\.................\..........\S-L Head Model R-L Convolution Back Projection_10degree_Scan.bmp
.........\.................\..........\S-L Head Model R-L Convolution Back