#Make script freemat pdf
#Make script freemat install

A report on intermediate results was made at the ISBI 2010 conference. Preliminary investigations have been conducted during two student projects achieved by Isik Karahanoğlu and Laurent Lejeune. The files in this 'exp' folder reproduce the results presented in the paper. To start with the code, you can run and look into 'demo.m'. EPFL makes no warranties of any kind on this software and shall in no event be liable for damages of any kind in connection with the use and exploitation of this technology. It would also be courteous for you to include the aforementioned citation and acknowledgment whenever you present or publish results that are based on it. You are free to use this software for research purposes, but you should not redistribute it without our consent. To compile them as MEX binaries, simply run 'make' in matlab prompt (make sure that you have a compiler installed using the mex setup).

Some C++ sources are distributed with the code. Just comment line 30 in 'myerfzparts_c.cpp'.Īdd the folder and subfolders in your matlab path. If you do not care much about calculation speed or if you use windows, or if things just do not work, System such that Matlab's mex can find it 2) uncomment line 30 in 'myerfzparts_c.cpp' (from theĮrror you got it looks like you have it uncommented) To do so, 1) make sure this library is installed on your If you have a Unix-like operating system on a multi-core computer, you can use the POSIX-thread

#Make script freemat install

Install this toolbox in your matlab path. As some parts of the code use compiled executables, it might notīe straightforward to run the code with free alternatives like Octave or Freemat. Please feel free to contact us if you get any The code was tested with Matlab 7.12 (R2011a). IEEE Transactions on Medical Imaging, vol. Unser, ' Realistic Analytical Phantoms for Parallel Magnetic Resonance Imaging,'

#Make script freemat pdf

For purposes of adequate visualization, exporting to the popular vector graphics formats SVG 1.1 and PDF (via the PGF/Tikz LATEX package) is supported. To facilitate the design of new phantoms, graphical interface tools are provided. It also provides a realistic setting that avoids the inverse crime situation which can often result in over-optimistic reconstruction performances. It should be useful for testing the validity of the numerical implementations of the parallel MRI forward model. This package is a collection of Matlab functions that implements analytical multi-channel MRI simulations of realistic phantoms.

Links to the SVG and PDF versions of the above brain phantom.