1.

Software application and development platform for medical image visualization, analysis, quantification, segmentation, and registration. Supports all imaging modalities, wide range of data types (surface and volumetric meshes, textured surface scans, spectrum data, points, lines, curves, tables, etc.),…

2.

QMRITools is written in Mathematica using Wolfram Workbench and Eclipse and contains a collection of tools and functions for processing quantitative MRI data.

3.

An efficient and versatile numerical MRI simulator with GPU parallel acceleration

4.

Python-based and UI-based pulse sequence design.

5.

A collection of software tools developed to support clinical neuromodeling, particularly computational psychiatry, computational neurology, and computational psychosomatics.

6.

A software for computational neuroanatomy with focus on diffusion magnetic resonance imaging (dMRI) analysis. It implements a broad range of algorithms for denoising, registration, reconstruction, tracking, clustering, visualization, and statistical analysis of MRI data.

7.

Direct signal control provides reduced transmision field inhomogeneity allowing to recover regions of low signal without increasing imaging time or interecho spacing.

8.

This program allows to calculate the ultimate intrinsic SNR at the center of a uniform dielectric sphere, which may be used, for example, as an absolute reference to assess the performance of head coils with spherical phantoms.

9.

Advanced toolbox for design and analysis of radiofrequency (RF) pulses, and processing of magnetic resonance spectroscopy data.

10.

ODIN is a C++ software framework to develop and simulate magnetic resonance sequences.

11.

Spinach is software library for simulation of spin dynamics in large spin systems. It supports NMR, EPR, DNP, MAS, PHIP, singlet state NMR and other forms of Magnetic Resonance spectroscopy.

12.

openEMS is a free and open electromagnetic field solver using the FDTD method. Matlab or Octave are used as an easy and flexible scripting interface.

13.

A framework for simulating low-field proton-density weighted MRI acquisitions based on high-field acquisitions, which could be used to predict the minimum B0 field strength requirements for MRI techniques. This framework would be particularly useful in the evaluation of de-noising and constrained…

14.

Open Source MRI sequence development and simulation environment

15.

A prototype MATLAB open source software for the fast electromagnetic analysis of MRI systems.