搜索资源列表
深度图像生成
- 深度图像生成：主要用于生成圆球的深度图像，并计算物体的高斯和平均曲率，以及生成表面类型图像-depth image generation : mainly used to generate the depth sphere images, and calculated objects and the average Gaussian curvature, surface types and generating images
深度图像
- 深度图像生成：主要用于生成圆球的深度图像，并计算物体的高斯和平均曲率，以及生成表面类型图像-depth image generation : mainly used to generate the depth sphere images, and calculated objects and the average Gaussian curvature, surface types and generating images
Depthimage
- 深度图象的生成 生成圆球的深度图象（摄像机坐标系）和深度图象数据存储； 这是本人的深度图像分析的课程作业，vc编写，包括原代码，可执行程序，以及试验报告。-depth Image Generation Generation magnificently depth images (camera coordinate system) and the depth of image data storage; This is my depth analysis of the images cours
Depth
- 利用深度信息进行的三维图像的显示和绘制。-depth information for the three-dimensional image display and mapping.
DIBR的c实现
- depth image based render(dibr) 算法的c语言实现
StereoRegion1.zip
- 基于区域的立体匹配算法 本算法从两幅彩色立体图像对中提取深度信息，使用过滤器消除视差图深度估计中的不稳定性。,Region Based Stereo Matching Algorithms region based stereo matching algorithms are developed for extraction depth information from two color stereo image pair. A filter eliminating unrelia
kinect_opencv_image
- 用于微软kinect摄像头，直接显示depth图像及RGB图像-it is developed by microsoft kinect, and shows depth image and RGB image
AffineTransformation
- 仿射变换法求深度信息，目前最好的方法 function [Z,D11,D12,D22] = diffusion_kernel_function(gx,gy,im) gx,gy 为x,y方向偏导数 Z 为恢复出来的是深度信息。 函数适应于从 图像法相信息恢复高度信息-Affine transformation method the depth of information, is currently the best way to function [Z, D11, D12, D22
Stereo-Disparity
- 人们之所以能够看到深度，是因为，来自三维世界的不同视角。本程序尝试从一个2D图像映射并计算对应的3D的距离。-People have been able to see the depth, is because the three-dimensional world from different perspectives. This procedure attempts to map from a 2D image and calculate the corresponding 3D dista
Papers1
- Stanford University大学教授，Ng近年来的11篇论文，主要研究方向为估测图像中物深度信息。-Stanford University University Professor, Ng of the 11 papers in recent years, the main research directions for the estimation of image depth information objects.
TheoreticresearchondoubleCCDstereoscopicmeasuremen
- 利用几何成像原理建立起CCD 双目立体视觉测量系统的数学模型,从提高系统测 量精度出发,在理论上重点对系统结构参数、图像识别误差与系统测量精度的关系进行了深入的分析和探讨,并通过实验对结论进行了验证。研究内容对实际建立该测量系统具有很强的指导作用。-Established the principle of the use of CCD imaging geometry binocular stereo vision measurement system of mathematical mo
shendusousuo
- 深度搜索，可将边缘断点连接起来，多用于图像分割中和边缘检测结合使用-Depth of search, could be the edge connecting the breakpoints are used for image segmentation and edge detection used in conjunction
depth-image-and-the-range
- 读取深度图像，可以实时读取深度图像，并且显示景物距离-Read the depth of the image, you can read the real depth of the image, and show scenes from the
image-inpainting-depth-map
- 基于深度图像的图像修复算法，首先得到待修复图像的深度图像，然后利用图像的深度图对破损区域进行修复。-Based on the image restoration algorithm of depth image, the depth image of the image to be repaired is obtained, and then the damaged region is repaired by using the depth map of the image.
Depth-image-based-rendering
- This program implements the rendering framework that is used in the paper D. De Silva, W. Fernando, and H. Kodikaraarachchi, “A NEW MODE SELECTION TECHNIQUE FOR CODING DEPTH MAPS OF 3D VIDEO,” IEEE International Conference on Acoustics, S
matlab-depth-image-processing
- matlab代码，可以提取图像的深度信息，包含测试图片-Matlab code, you can extract the image depth information, including test images
depth
- 使用Kinect对深度图像进行采集，使用C++编程实现(The use of Kinect for depth image acquisition, using C++ programming)
smoothingDepth
- 基于opencv的Kinect深度图像的去噪，滤波(Opencv based Kinect depth image denoising, filtering)
A Fast Single Image Haze Removal Algorithm
- Single image haze removal has been a challenging problem due to its ill-posed nature. In this paper, we propose a simple but powerful color attenuation prior for haze removal from a single input hazy image. By creating a linear model for modeling
GrabCut-RGBD-master
- 结合深度图而进行的图像融合，将深度图与彩色图进行结合，然后分割图像(grabcut for depth image and rgb image)