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A_Homogeneous_Transform_Class_for_the_ITK.4
- Homogeneous transformations are widely used in computer vision and graphics. They commonly arise when considering the transformation of an image of a planar object under arbitrary camera motion, or the transformation of two images of the same scene d
ImageCalculator
- ImageCalculator is a command line program for doing simple mathematical operations to a series of images and generating an new output image and basic statistics about the output image. The program uses the Insight Toolkit (www.ITK.org) for file IO an
GIFT-Release-1-SourceOnly
- The Generalised Image Fusion Toolkit (GIFT) was initially developed by Daniel Mueller [d.mueller@qut.edu.au], Queensland University of Technology, Brisbane, Australia. GIFT is built upon the Insight Toolkit (ITK) and hence some code is cop
1c
- We rigorously analyze the dispersion function and the curvature of the dispersion surface of a photonic crystal to explore the fundamental limit of its angular sensitivities. With insight gained from group theory, we fi nd that symmetry indu
Insight-VTK
- Insight-VTK,深入了解vtk的文件
sierpinski(2Dimension).rar
- 该程序是一个二维的Sierpinski镂垫程序，是在VC++MFC环境下利用OpenGL编写的，是一个二维镂垫，采用递归方法，从一个三角形出发，通过对三角形三边平分把它分解成四个三角形，去掉中间那一个三角形，对其余三个三角形重复同样的过程，直到中间那个三角形的面积很小为止。该程序对初学分形理论者可以给予很好的启示。,The program is a two-dimensional Sierpinski gasket procedure is VC++ MFC environment prepar
MIDAS.rar
- 通过使用Insight Toolkit（ITK）toolbar来进行区域生长和图像分割压缩包里附带调用的ITK组件,By using the Insight Toolkit (ITK) toolbar for region growing image segmentation and compression bag attached components of ITK
Insight-VTK
- ITK入门ppt讲义。ITK 是医学影像分割与配准算法的研发平台。-Ppt lectures of itk . Itk are medical image segmentation and registration algorithm R & D platform
RotateAndTranslateASierpinski(3Dimension)
- 该程序是一个三维的Sierpinski镂垫程序，是在VC++MFC环境下利用OpenGL编写的，并且可以通过鼠标和键盘旋转和移动该三维镂垫，采用递归方法，使用四个初始顶点定义一个四面体，可以随即选取四点作为四面体的四个顶点，条件是4点中任意3点不共线。而在该程序中必须进行隐藏面消除，同时该程序对初学分形理论者可以给予很好的启示。-The program is a three-dimensional Sierpinski gasket procedure is VC++ MFC environme
ImageViewer_USEITKandVTK.tar
- 用到了VTK和ITK，以及支持类vtkKWimage 实现了三维图像的正确读取， 用vtkReader读取vtk类型的数据文件 用vtkKWimage读取ITk错支持的医学图像格式 -The classes vtkKWImage and vtkKWImageIO are from the insight journal. The example application uses Qt, VTK and ITK. The classes ImageView
ITK
- ITK (Insight Segmentation and Registration Toolkit)是一种开源的、跨平台的影像分析扩展软件工具,压缩包例有一些与ITK有关的学习资料-ITKITK (Insight Segmentation and Registration Toolkit) is an open source, cross-platform image analysis software tools expanded, compressed and ITK patients h
InsightToolkit-3.14.0
- 这是一个功能强大的图像处理软件，通常和TTK综合使用-image processing by itk
shenjingwangluo
- 基于神经网络的车牌分割方法，对车牌分割有一定的见解-Neural network-based segmentation method of license plate, the plate has some insight division
Programming-Medical-Image-Analysis
- 《用可视化工具进行医药图像分析的编程简介》是一本耶鲁大学的上课辅导书，这本书针对具有C 和 C++编程背景知识的研究生，为了让他们掌握和使用开源医学图像分析工具集（VTK），并且提高他们的技能和水平。-It s goal for the class was to provide suffi cient introductory material for a typical 1st year engineering graduate student with some backgro
Insight-Journal_109_2
- Database for lung cancer research. It includes the ground truth images.
insightimgseg
- insight image segmentation guide
ReadData3D_version1k
- 本程序可以读取多种3D医疗图像文件格式其中包括， .v3d ， .dcm， .gipl等。-This function ReadData3D allows the user to open medical 3D files. It supports the following formats : Dicom Files ( .dcm , .dicom ) V3D Philips Scanner ( .v3d ) GIPL Guys Image
AOC-Series_1A1D_code
- AOC品牌液晶显示器源代码，稳定量产版本。C语言，keil编译器，Realtek处理IC。完整的source insight和keil工程，对液晶显示器开发着非常有意义。-AOC brand LCD display source code, stable production version. C language, keil compiler, Realtek processing IC. Complete source insight and keil project, to develop
Depth-from-Defocus
- 本文是计算机视觉的重要分支——计算成像的相关文章，文章对于利用像面离焦获取图像深度信息(DFD/DFF)进行了详细的论述。-This article is a comprehensive review of the computational imaging, which is an important branch of the computer vision. This article includes thorough insight on the Depth Defocus/Focus
Depth-from-Defocus-vs-Stereo
- 本文是计算机视觉的重要分支——计算成像的相关综述性文章，文章对于计算成像中的DFD/DFF技术与立体视觉技术进行了详细的对比。-This article is a comprehensive review of the computational imaging, which is an important branch of the computer vision. This article includes thorough insight on the comparison between