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
FFT_RECONSTRUCT
- 用2D_FFT方法重建核磁共振的图像，输入为K空间复数数据，输出为重建后的图像数据(复数)。-2D_FFT used NMR methods of image reconstruction, the importation of K space complex data, output for the reconstruction of the image data (in the plural).
matalbShim
- 核磁共振谱仪的匀场仿真程序。仿真了比较简单的匀场过程，对匀场算法进行验证。-NMR spectrometer shimming simulation program. Simulation of a relatively simple process shimming of shimming algorithm validation.
Dicom2BMP
- DICOM是Digital Imaging and COmmunication of Medicine的缩写，是美国放射学会(American College of Radiology，ACR)和美国电器制造商协会(National Electrical Manufacturers Association，NEMA)组织制定的专门用于医学图像的存储和传输的标准名称。经过十多年的发展，该标准已经被医疗设备生产商和医疗界广泛接受，在医疗仪器
Phase_unrapping_using_Graph_cuts
- 用Graph cuts 来解决磁共振图像的 phase unwrapping。-Graph cuts used to solve the magnetic resonance images of the 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-Achieve image rotation function, in view of the medical magnetic resonance images of the release switch, Matlab prepared
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
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.
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.
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)
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
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)