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project
- 根据输入的图像序列,包含多个视角拍摄的图像来进行三维重建,本代码能很好的重构出三维模型-Based on the input image sequence, including multiple view images taken for 3 d reconstruction, this code can be a very good reconstructed three-dimensional model
Reconstruct3D-master
- 对输入的图像对进行特征匹配,得到目标物体的视差图,根据视差图进行三维重建-Of the input image feature matching, disparity map to obtain the target object, the three-dimensional reconstruction of the parallax FIG.
MRI
- 读取MRI原始数据并重建出dicom图像。-read MRI rawdata
1
- 通过编程实现图像相角图、频谱图的重建以及交叉重建。-Through the programming to achieve the image phase angle map, spectrum reconstruction and cross reconstruction.
77bea7e34bd8
- 利用小波双线性超分辨率重建算法得到的重建图像会出现低、高频系数不匹配的现象,从而使得到的高分辨率图像灰度偏移。本文对该方法进行了改进,并引入局部适应插值得到更为理想的重建算法。即小波与局部适应插值结合算法。-The reconstructed image obtained by wavelet bilinear super- resolution reconstruction algorithm will appear the phenomenon of low and high frequen
matchSIFT
- 基于图像序列的单目三维重建,运用运动恢复结构,SIFT算法等- U57FA u4E8E u56FE u50CF u5E8F u5217 u7354 u5355 u76EE u4E09 u7EF4 u91C u5EFA uFF0C u8FD0 u7528 u8FD0 u52A8 u6062 u590D u7ED3 u6784 uFF0CSIFT u7B97 u6CD5 U7B49
SuperResolution
- 图像的超分辨率重建,比利用了三次插值好,matlab代码,初学者(Image super-resolution reconstruction, than the use of three interpolation is good, matlab code, beginners)
VTK读取系列 JPG图片
- 利用VTK三维重建软件与VS2010结合,读取格式为JPEG的系列图像,并能指定显示某一个图像,语言为C++语言(Using VTK 3D reconstruction software and VS2010 combination, read the format of the JPEG series of images, and can specify to display an image, the language is C++ language)
Test code for SRCNN
- SRCNN代码实现。该代码使用三层卷积神经网络,进行图像的超分辨率重建,效果比双三次插值好很多(The code uses three layer convolutional neural network for image super-resolution reconstruction, the effect is much better than the double three interpolation.)
jpeg in matlab
- JPEG 是Joint Photographic Experts Group(联合图像专家小组)的缩写,是第一个国际图像压缩标准。JPEG图像压缩算法能够在提供良好的压缩性能的同时,具有比较好的重建质量,被广泛应用于图像、视频处理领域。本代码是JPEG图像压缩算法在MATLAB上实现(the method of image compression with JPEG implemented on MATLAB)
VolumeRendering
- 光线投射法体绘制,用MFC实现医学图像三维重建和可视化(raycasting volumerendering)
python计算机视觉.pdf
- 本书是计算机视觉编程的权威实践指南,依赖 Python 语言讲解了基础理论与算法,并通过 大量示例细致分析了对象识别、基于内容的图像搜索、光学字符识别、光流法、跟踪、三维重建、 立体成像、增强现实、姿态估计、全景创建、图像分割、降噪、图像分组等技术。(This book is an authoritative guide to computer vision programming, which explains basic theories and algorithms based on
IBP
- 4帧图像刚性仿射变换,得到低分辨率图像,用IBP重建超分辨率图像(4 frame image rigid affine transformation, low resolution image, IBP reconstruction of super-resolution image)
reconstration3D
- 该程序可以对文件夹里杂乱的CT图像进行三维重建,得到表面光滑的人体三维影像。(The program can reconstruct three dimensional CT images in a folder and get a smooth surface of the human 3D image.)
CBCT
- FDK算法 重建三维图像,期中有GPU并行计算加速fdk算法的实例(back-projection to RECONSTRUCT 3D IMAGE)
deblur_code_1_2
- 图像去模糊算法,可以去除图像的模块,重建出清晰图像。(Removing Camera Shake from a Single Image)
Test
- 计算归一化平均距离并得出最终结果,用于重建图像与原图像的误差分析(The normalized mean distance is calculated and the final result is obtained to reconstruct the error analysis of the image and the original image.)
bcs-spl-1.5-1 (1).tar
- BCS-SPL将图像的基于块的压缩感测采样(BCS)与平滑的投影Landweber(SPL)迭代重建相结合。采样是通过逐块应用随机矩阵来驱动的,而重建则是预期的Landweber(PL)重建(也称为迭代硬阈值(IHT))的变体,其结合平滑操作(维纳滤波)减少块效应。实质上,除了PL所固有的稀疏性之外,这种滤波操作还能提供平滑性。(BCS-SPL combines block-based compressed-sensing sampling (BCS) of an image with a sm
opencv
- opencv随书源码,图像处理,图像处理:cvSobel,cvCanny等 结构分析:ContourArea等 运动分析与目标跟踪:cvMeanShift等 模式识别:CvHaarFeature 摄像头定标与三维重建:cvCalibrateCamer2(Opencv with the book source, image processing)
R-LandS-L
- CT反投影重建的R-L滤波函数与S-L函数,应用对象为matlab自带shepp-logan模型图像(R-L function and S-L function applying to CT backproject reconstruction)