搜索资源列表
Phase_unrapping_using_Graph_cuts
- 用Graph cuts 来解决磁共振图像的 phase unwrapping。
rotate image
- 实现图像旋转功能，针对医学磁共振图像的放转，Matlab编写
fessler.rar
- Matlab图像处理工具包，用于计算机断层成像、核磁共振成像等, Image reconstruction toolbox (for Matlab). Includes tomography, NUFFT, MRI
cart_ktFOCUSS
- cart_ktFOCUSS理论应用在磁共振成像上，本算法将FOCUSS应用到CS理论上并做了改进，有较好的重建效果-cart_ktFOCUSS theory applied to magnetic resonance imaging, and the algorithm will FOCUSS applied to the CS theory and made improvements, better reconstruction results
mri.rar
- MR核磁共振图像重建算法 MR image reconstruction,MR magnetic resonance image reconstruction algorithm for MR image reconstruction
GRAPPA
- 并行磁共振成算法GRAPPA，希望对大家有帮助，内有K空间数据。-Generalized Autocalibrating Partially Parallel Acquisitions (GRAPPA)
sense
- 并行磁共振成像经典算法sense，很不错，对于研究并行磁共振成像绝对有帮助-New theoretical and practical concepts are presented for considerably enhancing the performance ofmagnetic resonance imag-ing (MRI) by means of arrays of multiple receiver coils.
resonance
- 此文档是有关磁共振方面的实验文章，我们做电子的人员硬件并不是很扎实，假如大家在做项目之前能做这样的实验，我想项目成功的概率将会大增-This document is related to magnetic resonance aspects of experimental articles, we have the personnel to do electronic hardware is not very solid, if to do projects in the U.S. can do
10-MRI1
- 磁共振原始分析图片，对图像研究有很好的帮助。-Original analysis of magnetic resonance images, the image research have a very good help.
lag2
- 磁共振lapace图像进行第二次分解，对图像研究有很好的帮助。-Magnetic resonance images lapace the second decomposition, the image research have a very good help.
1Dgrappa
- 并行磁共振成像中基础算法GRAPPA的应用实例，一维成像，8线圈采集的数据-1D GRAPPA reconstruction from an 8-channel head array coil using least-square matrix inversion. The data were simulated from the combination of B1 fields by Biot-Savart s law and anatomical features from MPRAGE s
1dsense
- 并行磁共振成像的经典算法SENSE在一维成像中的应用-1D SENSE reconstruction from an 8-channel head array coil using least-square matrix inversion. The data were simulated from the combination of B1 fields by Biot-Savart s law and anatomical features from MPRAGE sequences
cart_ktFOCUSS
- CS理论应用在磁共振成像上。本算法将FOCUSS应用到CS理论上并做了改进，有较好的重建效果。-FOCUSS is originally designed to reconstruct sparse signal. Furthermore, L1 optimization is achieved by successively solving weighted L2 optimization problem, which can be easily implemented. From these
GE
- 磁共振成像仪上的梯度回波序列，我用matlab把时序图画出来了，供大家参考，-Magnetic resonance imaging gradient echo sequence on, I use matlab to timing out the picture for your reference, thank you
Grid-algorithm
- 这是一篇很经典的论文资料，他在网格化算法的基础上研究了磁共振成像数据采集与图像重建-This is a classic paper data grid algorithm in his study on the basis of magnetic resonance imaging data acquisition and image reconstruction
sparseMRI_v0.2
- 实现文章sparseMRI中的磁共振图像重建(compressive sensing MRI)
Landmark-based-deep-feature-learning-master
- 此matlab包是深度学习磁共振比较好用的工具。(deep learning for MRI)
ge磁共振物理
- ge磁共振参数 介绍ge磁共振的基本理论(ge mri system data suchas mri)
wrap
- 磁共振相位缠绕算法，对任意维度的图像进行缠绕处理。(Wrap images of any dimension.)
wireless控制程序
- 基于stm32的磁共振耦合无线充电桌设计(Design of magnetic resonance coupled wireless charging table based on stm32)