Synthesized Proton Spectra for Monte-Carlo Simulations

These files represent brain proton spectra simulated in INSPECTOR for use in Monte-Carlo simulations for spectral fit error analysis. 

The worksheet (FullWorksheetJanuary302021, downloadable here), contains the printout for the 30 different Monte Carlo simulations.

The nomenclature is MMOff is the imperfect model (i.e., MMs modulated by +/- 20%), and MMOn is the perfect model (i.e., the MM in the spectrum is exactly whats in the basis set).

The 3/8/20 Hz represents the 3/8/20 Hz2 Gaussian broadenings used in the manuscript.

The basis set is in INSPECTOR format which can also be inspected in MATLAB. 

Note that the basis set has been already Lorentzian and Gaussian broadened to match the 8 Hz2 Gaussian broadening case.

Thus the extracted Gaussian broadening for the perfect model 3 Hz2 case should be -5 Hz2, and for the 20 Hz2 case  should be 12 Hz2. For the imperfect case you will not get exactly these numbers because the model is imperfect.

 

 

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