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NCAET_EC_39
- In Medical digital images, produced by various imaging devices like x-ray, CT, magnetic resonance imaging (MRI), ultrasound, etc., use for diagnosis of diseases. Ultrasonic imaging is a widely used medical imaging procedure because it is econ
seg_oneseed
- 区域种子生长法，是一种很重要的图像分割方法，此代码是用来切割医疗CT图像的。当然也可以用来分割其他类型的图像。-Regional seed growth method, is a very important image segmentation methods, this code is used to cut medical CT images. Of course, other types can also be used to split an image.
LevelSet_v0
- 使用水平集的方法对图像进行分割。写的代码重要用于对医疗CT图像的分割。当然水平集的分割方法也可以用于别的图像分割。-Using the level set method of image segmentation. Write the code is important for the medical CT image segmentation. Of course, the level set segmentation method can also be used for other ima
FBP
- 用matlab实现医学图像的FBP算法重构，这是基础的CT图像重构算法-Medical images using matlab FBP reconstruction algorithm, which is the basis of CT image reconstruction algorithm
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
CTViewer
- 医学图像后处理 功能： 文件操作: 打开文件、保存文件。 打开文件是将CT图像转化为Bitmap，并导入到软件中显示出来。 保存文件是将Bitmap图像及用户操作同时保存下来. 视图布局: 布局随滚轮自适应窗口。 图像处理: 调窗功能可以让用户随意改变图像的窗宽窗位。 放缩、移动、旋转功能可以放大缩小、移动、旋转图像。 局部放大则应用的是放大镜功能，可以在一正方形区域内将该区域进行放大。 选定剪切则可以用户自
wavelet-maxima-algorithm
- 应用小波变换 模极大值算法实现医学图像（CT图像和MRI图像）的融合-wavelet transform modulus maxima algorithm is applied to implement medical image (CT and MRI image fusion
2009-0003
- 医学图像配准，2D_3D医学图像配准论文-In 2D-3D Medical Image Registration (MIR), preoperative 3D CT images are registered with intraoperative 2D X-rays images obtained by fluoroscopy or Electronic Portal Imag- ing Devices (EPID). 2D-3D MIR is established by compu
BRAIN_CT_Image_System
- 医学CT图像处理系统，进行脑部CT图像分割。能够识别正常或是非正常的脑部CT图片。还包含所有的图像处理的基本处理的代码。-Medical CT image processing system for brain CT image segmentation . Able to identify normal or non- normal brain CT images . Also includes all of the basic processing of the image processi
fdk_ccb
- 基于CT.X光机等医学摄像扫描数据的三维还原图像重建算法的MATLAB源代码。-Three-dimensional image reconstruction algorithm based Restore CT.X ray machines and other medical imaging scan data MATLAB source code.
chapter08
- 脑部CT图像辅助诊断系统，基于VISUaL C++利用模式识别技术实现医学图像的辅助诊断-Brain CT image aided diagnosis system, based on VISUaL C++ use pattern recognition technology to the diagnosis of medical images
Synthesis-Lectures-on-Image--Video
- The sequel to the popular lecture book entitled Biomedical Image Analysis: Tracking, this book on Biomedical Image Analysis: Segmentation tackles the challenging task of segmenting biological and medical images. The problem of partitioning multidimen
My_program3
- 读取医学dicom格式CT图像，并进行CT值、窗宽窗位等参数的调整，从而清晰的显示CT图像。-Read dicom format medical CT image, and CT values, adjust the window width and other parameters, so that a clear display CT images.
Livewire-for-matlab
- 基于matlab的交互式医学图像分割，操作非常类似于photoshop的磁性套索工具。主要用于ct/mri图像实质区域如肿块的分割提取。test为主m文件。在Matlab R2010a以上证实可用。-An interactive segmentation method based on matlab for medical images.
CT_IMAGE_-segmentation
- 该MATLAB程序主要用来实现医学CT图像的处理，包括图像滤波、扫描、腐蚀、膨胀等算法。-The MATLAB program is mainly used in medical CT image processing, including image filtering, scanning, erosion and dilation algorithms.
FANFBP_ED_v2
- 等距扇形束CT重建的经典FBP算法，参考《医学成像系统》完成。-Isometric fan-beam CT reconstruction of the classic FBP algorithm, refer to " medical imaging system" to complete.
image-fusion
- 多模态医学图像融合技术，针对CT图像和超声图像融合，采用光学/电磁设备定位，外文文献-Multi-mode medical image fusion technology, for CT image and ultrasonic image fusion, using optical/electromagnetic device positioning, foreign literature
0182313
- 医学CT成像算法,小弟得之千辛万苦哦 不错的源码 可以的-Medical CT imaging algorithm, the younger brother of the hardships A good source
头颅标志点
- 关于医学CT的传统头颅侧位片的标志点的测量方法的介绍(An introduction to the measurement of landmarks in traditional cephalometric radiographs of medical CT)
stmleISAM
- 医学CT成像算法,小弟得之千辛万苦哦 不错的源码 可以的(Medical CT imaging algorithm, the younger brother of the hardships A good source)