搜索资源列表
2004w26-sourcecode
- 超分辨率图像重建。具有非常好的效果，程序效率较高，有完整的注释和说明文档。-super-resolution image reconstruction. Very good results, the higher the efficiency, integrity of the Notes and documentation.
SooChow_2D
- 本程序实现的是二维图形的限定Delaunay的三角剖分，算法的主要思想是采用微分方程数值解法中的有限元方法对二值图像进行三角剖分，程序为二维图像重建提供一个有利的基础。-this program is limited to the two-dimensional graphics Delaunay triangulation. The main idea of this algorithm is the numerical solution of differential equations b
2D_poufen
- 程序完成对规定区域内的随即输入的散乱的点进行平面三角剖分，并在其中加入了Delaunay约束法则的思想，在结构分析与图像重建方面有借鉴价值。-procedures to be completed within a defined area then entered the spots scattered plane triangulation, and the incorporation of binding rules Delaunay thinking, structural analysi
figure64
- 稀疏分解图像重建程序，把图像分解成多个小块图像，然后再各个子块重建后边缘处理后合并成整个图像。-sparse decomposition image reconstruction process, the image is divided into a number of small images, then each sub-block redevelopment edge after the merger into the whole image.
VTK读取30张Dicom图片三维重建
- 利用VTK三维重建软件与VS2010结合，读取格式为Dicom的系列图像，并能显示三维重建结果，语言为C++语言(Using VTK 3D reconstruction software and VS2010 combination, read the format of Dicom series of images, and can display three-dimensional reconstruction results, the language is C++ language)
基于VTK的三维重建
- 利用VTK三维重建软件与VS2010结合，读取格式为1文件的系列图像，并能显示三维重建结果，语言为C++语言(Using VTK 3D reconstruction software and VS2010 combination, read the format of the series of images of 1 files, and can display three-dimensional reconstruction results, the language is C++ lang
压缩感知图像重构的算法
- 压缩感知图像重构的算法，直接观测原始信号（二维），最后重建(Compressed sensing image reconstruction algorithm, direct observation of the original signal (two-dimensional), and finally reconstruction)
FBP
- ct图像重建，MATLAB求解图像重建 fbp(CT image reconstruction)
MATLAB编程实现连续断层工业CT图像的三维重建
- 应用 M A T L AB 编程, 对连续多层工业 CT 图像进行了三维重建, 获得了具有较好立体感显示的三维图像(Three dimensional reconstruction of continuous multilayer industrial CT images is carried out, and 3D images with better stereoscopic display are obtained)
SuperResolution
- 由单幅高分辨率图像，通过降噪模型得到多幅低分辨率图像，运用低分辨率图像重建高分辨率图像(function is : down-Sampling -> get n LR pictures -> reconstruction one SR picture)
myFilteredBackprojection2DFT
- 二维快速傅里叶CT图像重建，直接输入数据就可以重建图像，已测试(Filtered Back projection 2D FT)
ctRecontruction
- 该附件的函数可实现CT重建的功能，如简单的反投影，在空间域中使用卷积的滤波反投影，采用了二维傅立叶变换的滤波反投影，并利用中心切片定理滤波反投影。 CT技术诞生以来, 人们已经发展了众多的图像重建算法, 但各种算法均存在着各自的优缺点。解析重建(Analytic Reconstruction, AR)和迭代重建(Iterative Reconstruction, IR)是CT图像重建的两种基本方法。滤过反投影(Filtered Back Projection, FBP)是解析重建的主要算法
红外图像的三维重建理论及算法研究_王萌
- 基于结构光的三维重建相关学术研究，多频相移结构光三维型面测量技术研究及应用_许伟(Three dimensional reconstruction related academic research)
CT反投影重建
- 使用matlab仿真实现了CT图像反投影重建算法(The back projection reconstruction algorithm of CT image is realized by MATLAB simulation)
POCS_TVM
- 用matlab编程实现的POCS-TVM算法，重建了一幅大小180*180的Shepp-Logan头部模型图像，探测器个数260，投影角度为均匀发布在0-180度之间的60个角度。(The POCS-TVM algorithm based on MATLAB programming is used to reconstruct a Shepp-Logan head image with a size of 180*180. The number of detectors is 260, and
三维重建(崔东东 齐昕 袁壮志 宋如意）
- 本程序可以进行相应的三维重建，进行遥感图像的相关处理。效果非常好(This program can carry out the corresponding 3d reconstruction, remote sensing image processing. It works very well)
parallel reconstruction
- 实现CT图像重建，使用的方法是平行束直接重建(CT image reconstruction is achieved by parallel beam direct reconstruction.)
test1
- 对Lena图像进行傅立叶、离散余弦、哈达玛变换。在频域，对比他们的变换后系数矩阵的频谱情况，进一步，通过逆变换观察不同变换下的图像重建质量情况。(Fourier transform, discrete cosine transform and Hadamard transform are applied to Lena image. In the frequency domain, the spectrum of their transformed coefficient matrix is c
exposure_fusion
- 利用matlab实现不同曝光成度的图像融合，matlab实现HDR功能(Using matlab to realize image fusion with different exposure degrees, and using MATLAB to realize HDR function)
Zernike矩图像重建
- 基于Zernike矩对图像进行重建，以matlab编写