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two_dimension
- 二维匹配追踪算法，通过较少原子比较精确的重建图像，随着迭代次数提高逼近源图像。-Two-dimensional matching pursuit algorithm, through more precise atomic less reconstructed image, with the number of iterations to raise close to the source image.
Bureau
- 基于隐式曲面构建模型的小程序，关于femur重建的第一部分，方程参数可以修改。-Implicit Surface-based model to build a small procedure on the femur reconstruction of the first part of equation parameters can be modified.
wavelet
- 小波去噪程序原码。包括小波分解、重建、阈值门限设置等-Source wavelet denoising procedures. Including wavelet decomposition, reconstruction, threshold settings, such as threshold
CdenoiseGaussian
- CONTOURLET去噪。添加了高斯噪声很好的实现了图像的多尺度分解下的去噪与重建。实现了多尺度分解的子带去噪。-CONTOURLET denoise .this is denoise program. my english is poor!
imagevectorquantization
- 本代码是利用matlab开发环境，对图像进行矢量量化，从而实现对图像的压缩；并介绍了需要用到的一些matlab现有函数及其使用方法和功能；在码书的训练方法上选择的是自组织映射神经网络，解码重建后的图像质量较好-The application of Self-Orgnization Feature Maps neural network in image vector quantization
chapter4q3
- 图像处理高通和低通滤波器及重建-matlab code
mlem
- 关于最大似然重建方法的实现，可用于tomography reconstruction-This is the code for maximum likelihood expectation maximum reconstruction method which is frequently applied in tomography reconstruction, such as CT and PET
errortestfindtsai22
- Tsai标定算法的精度验证程序，用matlab编写，可以画出重建图像-Tsai calibration algorithm for the accuracy of the verification process, the preparation of matlab, you can draw the reconstructed image
chuli
- 用cdf 9/7 小波分解和重建二维图像，若在中间加上适当的处理过程，则可实现对图像的去噪处理。-With cdf 9/7 wavelet decomposition and reconstruction of two-dimensional image, if in the middle combined with the appropriate processing can be achieved to address the image denoising.
3D
- 基于激光扫描的人脸软组织三维重建研究,采用激光对人脸进行扫描!-Based on laser scanning of the human face three-dimensional reconstruction of soft tissue using laser scanning for facial!
iradon
- radon 的逆变换,可以实现图像重建，前提是前面的投影用radon变换来做-iradon
Wavelet-Image-Compression-Reconstruction
- 基于小波分析的图像压缩以其重建，代码很好的实现了这一功能。-Wavelet-based image compression for its reconstruction, to achieve a good code of this function.
pocs
- 在matlab环境下基于pocs（凸集投影）的图像重建-Based in the matlab environment pocs (convex projection) of image reconstruction
test3
- 编程实现基于8×8子块的DCT图像变换，基于JPEG量化矩阵的量化与反量化，基于8×8子块DCT的图像重建；以一幅512×512、8比特/象素的图像为实验对象，计算重建后的PSNR。-Programming based on 8 × 8 sub-block of the DCT image transform, quantization matrix based on the JPEG quantization and anti-quantitative, based on the 8 × 8
z5
- 摘 要 运动模糊恢复就是利用运动模糊退化的某种先验知识来重建或恢复原有图像 在运动模糊的点扩散函数未知的情况下 : 。 , 估计运动模糊的点扩散函数是运动模糊恢复的前提和关键 从傅立叶变换的角度对匀速直线运动模糊图像的点扩散函数在频域 。 论证了点扩散函数在频域内的零点特性及模糊图像两次傅立叶同态变换后的方向特性 并提出了利用这中的特点做了理论分析,些特性进行运动模糊方向估计的方法及两种模糊距离的估计方法 实验结果证明了所提出方法的有效性-Abstract motion blur
SimpleSENSEreconstruction
- 简单SENSE图像重建，即使通过反傅里叶变换重建出最终图像-The data was acquired from 4-channel array coil using EPI sequence (2-shot, matrix: 64X64, TE: 50 ms) at a 1.5T scanner. The code estimates the coil sensitivity profiles directly from the image with anatomical contrast b
SENSEgfactorcalculation
- 计算SENSE重建图像中的g-factor,这是并行磁共振成像SENSE算法的关键一步-G-factor is the metric to quantify the amplificaiton of noise power in reconstructing SENSE accelerated image. The detail was presented in Pruessmann s 1999 Magn. Reson. Med. paper. In theory, g-factor is t
fra
- 分形的一些程序，包含基于分形的图像压缩及重建-Fractal number of procedures, including fractal-based image compression and reconstruction
equidistant
- 本程序实现了CT系统在锥形束等距投影情况下，2D图像的重建-This procedure achieved a cone-beam CT system in the case of isometric projection, 2D image reconstruction