搜索资源列表
MRI
- 采用网格化GRIDDING算法对螺旋轨迹采集的MRI原始数据进行图像重建。-using grid algorithm GRIDDING spiral trajectory acquisition of MRI data from the original image reconstruction.
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.
diplbl
- 很好的图像软件，自己编写的代码，一年的积累。虽然界面不好看，但是功能尤其图像重建功能齐全-good image software, the preparation of the code itself, the annual accumulation. Although the interface does not look good, but the function of image reconstruction is complete
CTArt
- matlab ART重建算法，该算法可用于CT图像重建或EST图像重建-Matlab ART reconstruction algorithm, which can be used for CT image reconstruction or image reconstruction EST
CT3DART
- computed tomography 三维图像重建算法，该算法在二维ART基础上改进所得-three-dimensional computed tomography image reconstruction algorithm, the algorithm on the basis of two-dimensional ART improve income
RollPRP
- CT图像重建的变换类算法，该方法采用fourier变换算法-CT image reconstruction Transform algorithm, the method used fourier transform algorithm
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)
MyImageTest
- 集成的图像预处理方法，包括图像直方图均衡化，直方图规格化，中间还有CT图像的重建，产生sheeplogan 模型，产生投影数据，CT图像重建(Integrated image preprocessing methods, including image histogram equalization, histogram normalization, and CT image reconstruction in the middle, produce sheeplogan model, gener
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.)
三维重建3.tar
- 用于X光图像得三维重建算法，体绘制算法是三维重建的必经之路，值得参考！(For X light image 3D reconstruction algorithm, it is worth reference.)
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)
利用MATLAB实现CT断层图像的三维重建
- 内含PDF文档有效的解释了三维重构的基本原理以及可以基于Matlab导成三维有限元模型(The PDF document effectively explains the basic principle of three-dimensional reconstruction and can be derived into three-dimensional finite element model based on matlab.)
Zernike矩图像重建
- 基于Zernike矩对图像进行重建，以matlab编写