搜索资源列表
GUIDED
- 深度图像的快速实现增强的算法，效果非常好，但是速度很快-Quick to realize the depth of image enhancement algorithms, the effect is very good, but fast
dbnX
- 深度学习代码，DBN实现，可以运用在图像上-Depth learning code, DBN implementation, can be used in the image
KinectExplorer-D2D
- kinect功能集成，可以同时获取彩色、深度、骨骼图像，调整俯仰角等。-kinect functional integration, you can also get the color, depth, bone image, adjusting the pitch angle.
kinect-start-code
- 该源码包含了kinect初入门时所需要的显示红外帧数据的源码，深度图像的源码，彩色图像的源码，显示身体骨骼的源码，人体手势追踪源码，面部表情跟踪源码-The source code contains the early kinect entry required when the frame data display infrared source, the depth of the source image, a color image of the source, the source co
vdgrayscale
- 配置环境VS2010+opencn2.4.9 用于编辑V+D（2D加深度）格式3D图像中的深度信息。通过调整深度灰阶分布来达到优化立体感、层次感的目的-verified in VS2010+opencv 2.4.9. Use this program to adjust the depth information in a V+D image,which is proposed as Philips WoWvx
hyper_SAE
- 用SAE 深度学习方法做的高光谱图像分析的一个例子。里面有sae方法还有高光谱图像的特征提取过程。-One example of the depth of learning to do with SAE hyperspectral image analysis. There are sae method has hyperspectral image feature extraction process.
u_resource
- Texture transfer.Explicitly store the offset of each image for each cube face or depth value.
imageprocessing
- 基于空域的图像增强方法，着重对灰度变换、直方图均衡化、平滑和锐化等几种常用的增强方法进行了深入的研究，通过Matlab实验得出的实际处理效果.-Based on the spatial image enhancement method, the paper focuses on the gray level transformation, histogram equalization, smoothing and sharpening, and other commonly used metho
18062014
- 图像去雾的matlab代码,参考文献:<Single Image Defogging by Multiscale Depth Fusion>-matlab code for image dehazing. reference paper:<Single Image Defogging by Multiscale Depth Fusion>
lamp_head
- 光场图像渲染技术，利用稀疏分层算法对图像深度进行分层渲染，再利用颜色一致性约束进行去噪处理，通过所给出的图像阵列渲染出中间各个视点的图像-Optical field image rendering technology, the use of sparse hierarchical algorithm for image depth rendering, and then the use of color consistency constraints for noise processing,
deconvSps
- 该程序是Levin在2007年参会报告的，利用稀疏退卷积算法，对编码孔径相机进行图像和深度恢复的工作。-This package contains an implementation of the sparse deconvolution algorithm described in the paper:A. Levin, R. Fergus, F. Durand and W. T. Freeman: Image and Depth a Conventional Camera with a
NiViewer
- 通过华硕的Xtion pro live显示深度图像和RGB图像-depth and RGB image
ECDL2011_0962
- 影像視覺追蹤與定位技術可用於擴增實境之應用，依使用標記與否，可分為標記與無標記兩類技術。標記識別技術較為簡單，且較為成熟，但受限於需使用特殊之標記。無標記識別技術使用一般自然物件來取代特殊標記，應用較為彈性，但必須能正確擷取出欲辨識物件有用之特徵點。現有擴增實境之開發函式庫或開發平台，主要目的為提供擴增實境之應用開發，不提供無標記擴增實境技術研究方法之驗證。故本文深入研究探討如何整合ARToolKit、OpenCV與OpenGL等函式庫，設計無標記擴增實境整合平台。且此平台各項功能採用模組化設計
MyStero_vision
- 双目立体视觉图像匹配 图像深度信息生成代码-Binocular stereo vision image matching Image depth information to generate code
senior
- 基于最小生成树的图像分割，并分配深度。最小生成树算法可以选择避圈法和破圈法，深度分配采用上远下近的假设。-Image segmentation based on minimum spanning tree, and assign depth. Minimum spanning tree algorithm may choose to avoid the law and break the circle circle method, depth distribution using a far l
dep-and-col
- VS2013+OPENCV2.4.9+kinect2.0实现深度彩色图像-VS2013+OPENCV2.4.9+kinect2.0 realize the depth of the color image
hough
- 本实验例程为DSP+FPGA之间通信，实现hough变换检测圆的源代码，对于图像处理方面的理解将更为深入。-In this study, routine communications between the DSP+ FPGA, to achieve hough transform circle detection source code, for image processing will be more in-depth understanding.
DeconvolutionCode-LevinEtAl07.tar
- This package contains an implementation of the sparse deconvolution algorithm described in the paper: A. Levin, R. Fergus, F. Durand and W. T. Freeman: Image and Depth a Conventional Camera with a Coded Aperture, SIGGRAPH 2007.-This package
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