搜索资源列表
multiROI
- MRI MEDICAL IMAGE USED IN dicom
WIN64
- 用于破解64位mimics17，Mimics是一个连接二维图像数据(CT,MRI,工业扫描数据...)和三维工程学应用的图像处理工具。应用领域包括：解剖学测量、三维分析、有限元分析(FEA)、客制化植入体或装置设计、加法制造(也被称为三维打印)以及手术计划和模拟。(Crack mimics17 Mimics is an image processing tool that connects two dimensional image
Desktop
- 用于破解32位mimics17，Mimics是一个连接二维图像数据(CT,MRI,工业扫描数据...)和三维工程学应用的图像处理工具。应用领域包括：解剖学测量、三维分析、有限元分析(FEA)、客制化植入体或装置设计、加法制造(也被称为三维打印)以及手术计划和模拟。(Used to crack 32 bit mimics17, Mimics is an image processing tool that connects two dim
2
- 用于破解32位mimics17，Mimics是一个连接二维图像数据(CT,MRI,工业扫描数据...)和三维工程学应用的图像处理工具。应用领域包括：解剖学测量、三维分析、有限元分析(FEA)、客制化植入体或装置设计、加法制造(也被称为三维打印)。(Used to crack 32 bit mimics17, Mimics is an image processing tool that connects two dimensional
Deep-ADMM-Net-master
- Net is defined over a data flow graph, which is derived from the iterative pro- cedures in Alternating Direction Method of Multipliers (ADMM) algorithm for optimizing a CS-based MRI model. In the training phase, all pa
BraTS2017特征提取
- 提取标注过的MRI影像的特征，每个点可展开为237维向量。(The features of the labeled MRI image are extracted, and each point can be expanded to a 237 dimensional vector.)
GABP
- 聚类实现的另外一种算法，效果OK，可以参考使用，脑部分组织分割不错。(Another algorithm implemented by clustering is OK, which can be used for reference. Partial segmentation of brain tissue is good.)
NIFTI
- 这个Matlab程序包用于处理核磁共振图像，可以读取显示、保存、制作该图像。(The Matlab package is used to process MRI images, and can read, display, save and produce the image.)
ADMM_QSM
- matlab用来处理磁共振QSM数据的小程序包(A matlab package for processing magnetic resonance QSM data)
3D脑部MRI分割
- 图像分割mr灰白质，脑腔，好几个文件，要在matlab下都运行，先运行serve那个。挺好用的(Image segmentation Mr Gray matter, brain cavity, several files, to run in matlab, run that first. Good use of)
Brain_Tumor
- 利用matlab对脑部肿瘤区域进行识别和分割(Recognition and segmentation of brain tumors using MATLAB)
fsl_preanalyze
- fsl专用于处理脑影像fMRI或MRI数据，此脚本用于MRI或fMRI数据的预处理，需要结合自己的实验设计进行适当调整(FSL is specially designed for processing fMRI or MRI data of brain images. This scr ipt is used for preprocessing of MRI or fMRI data. It needs to be adjusted p
MRI_Brain_Scan
- 使用SVM和聚类分割的方式实现MRI图像中的脑瘤分割(Brain Tumor Segmentation in MRI Images Using SVM and Cluster Segmentation)
sparseMRI_v0.2.tar
- 代码是关于压缩感知磁共振成像的具体实现，运行环境为MATLAB，十分经典的代码(The code is about the realization of compressed perceptual MRI. The running environment is matlab, which is a very classic code)
CS_OMP
- 是关于压缩感知磁共振成像的正交匹配追踪算法的具体实现，用于稀疏磁共振成像，可以进行仿真实验(The code is about the realization of compressed perceptual MRI. The running environment is matlab, which is a very classic code)
Medical-Imaging-Tutorial-master
- 这是一个ＭＲＩ重建的实例教程。教程中完成了ＳＥＮＳＥ、ＧＲＡＰＰＡ等并行磁共振重建。(This is an example tutorial of MRI reconstruction. In this course, parallel magnetic resonance reconstructions such as SENSE and GRAPPA were completed.)
Python极客项目编程
- 《Python极客项目编程》里面讲解了一些很好玩的项目。 利用参数方程和turtle模块生成万花尺图案； ● 通过模拟频率泛音在计算机上创作音乐； ● 将图形图像转换为ASCII文本图形； ● 编写一个三维立体画程序，生成隐藏在随机图案下的3D图像； ● 通过探索粒子系统、透明度和广告牌技术，利用OpenGL着色器制作逼真的动画； ● 利用来自CT和MRI扫描的数据实现3D可视化； ● 将计算机连接到Arduino编程，创
Tumor Detection & Extraction from MRI Scans of the Human Brain
- Medical imaging analysis provides a very informative and comprehensive insight into diagnosing diseases and in treating health problems.
Medical Image Segmentation
- Various tools used to segmentating the medical image (MRI - Brain)