搜索资源列表
newtest1
- 基于VTk的 利用函数Marchingcubes 实现的 三维CT数据重建 并显示的程序-Based on the use of function Marchingcubes VTk achieve three-dimensional CT data reconstruction and display program
CTImage3D
- 关于CT图像的三维实体重建技术研究的一篇论文，非常有用-Three-dimensional CT images on the physical reconstruction of the paper, very useful
ImageProc
- 用VC++实现CT的重建技术，包括bmp图像的读入显示，以及CT反投影法的实现-VC++ implementation with the reconstruction of CT technology, including read bmp image display, and the realization of CT back projection
CTrebuilt
- 对于CT投影的重建，形成清晰的断层图像，其中有滤波器进行高频加强-CT projection for the reconstruction of CT images to form a clear, high frequency enhancement filter which
ART
- 基于ART算法的CT图像重建 刚找到的，不知能不能用-CT image reconstruction based on ART algorithm
CT_reconstruction
- 应用matlab编程，实现了对CT图像的重建-reconstruction for CT image
ct_reconstruction
- 根据提供的数据实现CT图像的重建. data的列向量是0~180度的ct扫描数据(投影数据)。见附件Data.mat。参考ppt中的流程-According to data provided to achieve the reconstruction of CT images. Data column vector is 0 to 180 degrees ct scan data (projection data). Annex Data.mat. Ppt of process referenc
Interactive---Segmentation
- 本文介绍了一种结合live wire算法和活动轮廓模型的医学图像序列的分割方法.我们通过把live wire 算法和图像分割中一般的区域增长方法结合来改进live wire算法,并用改进后的算法来对医学图像序列中的单张或 多张切片进行交互式的准确分割.然后计算机利用活动轮廓模型来自动分割相邻的未分割切片.我们通过在活动轮廓 模型的边缘点中引入记录已分割物体边缘附近局部区域特征的灰度模型来把已分割切片中的物体与背景的局部区域 特征带入相邻的未分割切片中,并用由灰度模型定义的区域相似
CTexp
- 这是一个CT图像重建的程序，用的是滤波反投影的方法。-This is a CT image reconstruction process, using filtered back-projection method.
Chapter01
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter02
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter03
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter05
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter06
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter08
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter10
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter11
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter12
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter13
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display
Chapter14
- Visual C + + Detailed digital image processing technology, CT image 3D reconstruction and display