搜索资源列表
xiaobo12
- 对输入的图片直接做二维离散小波分解处理，并根据分解后的低频高频系数进行重建原始图像-The input images directly do two-dimensional discrete wavelet decomposition, and according to the low frequency of the decomposed high frequency coefficient for reconstruction of the original image
SR
- 详细描述了基于稀疏表示的图像超分辨率重建，-Detailed describes the image super-resolution reconstruction based on sparse representation
eigenface
- 它主要是通过特征脸提取算法来重建人脸图像，很全面，不错-It is mainly through the feature extraction algorithm to reconstruct the face image, very comprehensive,and good
Kinect
- 完整的深度图像获取和重建源码-The full depth of the source image acquisition and reconstruction
KinectFusion888
- 完整的深度图像获取和重建源码-The full depth of the source image acquisition and reconstruction
PCLCode
- PCL课本全章源码的，包含I/O,kd-tree,八叉树，可视化，滤波，深度图像，关键点。采样一致性算法，点云特征描述与提取，点云配准，点云分割，点云曲面重建-the code of book“Point Cloud Library”
LightFields-master
- 用于重建光场图像的程序，论文作者公开的代码，简单易懂，供大家参考-Used in the construction of an image of a light field application, the authors of the open code, easy to understand, for your reference
Volume-Rendering-
- vtk体绘程序，包含有bmp，ct断层图像的重建，大约有20个左右的源码文件-Including volume rendering programs,that is to say,rebuilding programs of bmp images and ct images .There are about 20 program articles.
image-reconstruction
- 图像超分辨率重建是利用低质量或低分辨率图像来产生高质量或高分辨率图像的技术，重建包括空域方法和频域方法。-Super-resolution image reconstruction is the use of low-quality or low-resolution images to produce a high-quality or high-resolution image technology, including airspace reconstruction methods and
VisualSFM_windows_64bit
- 可视化SFM重建效果，效果不错啊,输入多幅图像的三维重建-Visualization SFM effects of reconstruction, good ah, three-dimensional reconstruction of the multiple images input
Zero-fill-reconstruction
- 对一副脑图像进行隔行采样，然后对采样的没有采样的部分填零重建，方法比较简单，可以拿来练手。-On a pair of brain images are interlaced sampling, then sampling without sampling part fill zero reconstruction, the method is simple, can be brought together.
imreconstruct
- 用C编写的图像形态学重建源码，效果与Matlab imreconstruct（） 一直，有4连通或8连通重建可选-Written in C source image morphological reconstruction
imlook3dv12
- 用Matlab实现的3D图像三维重建与显示，可读取3D图像序列并进行三维显示-3D image reconstruction using Matlab achieve and display can be read 3D image sequence and three-dimensional display
CompressiveAndApplications
- 《压缩感知与应用》源代码，包含SAR图像压缩感知、高光谱压缩感知、基于结构稀疏的SAR图像低秩重建- Compressed sensing and application source code, including SAR image compressive sensing, hyperspectral image compression, based on the structure of sparse SAR image low rank reconstruction
Background-difference-method
- 背景差分法是采用图像序列中的当前帧和背景参考模型比较来检测运动物体的一种方法,其性能依赖于所使用的背景建模技术。背景差分法检测运动目标速度快，检测准确，易于实现，其关键是背景图像的获取。在实际应用中，静止背景是不易直接获得的，同时，由于背景图像的动态变化，需要通过视频序列的帧间信息来估计和恢复背景，即背景重建，所以要选择性的更新背景。-Background difference method is the use of images in the sequence of the current
functions
- 这是一个超分辨率重建程序，此程序可以将多幅低分辨率图像超分位高分辨率图像-it is very useful to study the resolution image,i hope it is useful for you
Hoffman-reconstruct
- 基于霍夫曼图像压缩重建，希望对大家有所帮助。-Hoffman reconstruction based on image compression
mcsuanfa
- 本代码可以作为参考使用学习，以前学习的时候毕业程序参考用的，基于Matlab软件编程实现MC算法对人体脑部MRI图像进行面绘制三维重建；利用三维旋转变换和动画函数对脑部图形进行动画显示-This code can be used as a reference study, study before graduation when the program reference achieve MC algorithm for human brain MRI image rendering three
reference
- 基于线性插值的高光谱图像超分辨率重建的文档介绍-Hyperspectral image super-resolution linear interpolation reconstructed documents
tihuizhi
- 对分割后腿骨CT图像，利用MATLAB进行三维体绘制重建-Volume rendering 3 d reconstruction for good leg bone CT image segmentation, the use of MATLAB for volume rendering 3 d reconstruction