Vespa stands for "Versatile Simulation, Pulses and Analysis". The Vespa
package is an integrated, open-source, platform for magnetic resonance spectroscopy (MRS)
research and data analysis. Applications in the Vespa package include:
Simulation - for spectral simulation (using the PyGAMMA/GAMMA library)
Pulse - for RF pulse design and analysis
DataSim - used to create synthetic MRS data sets from Simulation results
Analysis - spectral data processing and analysis
The Vespa project addresses previous software limitations, including: non-standard data access,
closed source multiple language software that complicate algorithm extension and comparison,
lack of integration between programs for sharing prior information, and incomplete or missing
documentation and educational content.
These applications can be run separately but communicate among themselves via a shared
database of objects/results. One example of inter-application sharing might be that
Simulation would make use of an RF pulse designed in Pulse application to create a more
realistic MR simulation.
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"description": "Vespa stands for \"Versatile Simulation, Pulses and Analysis\". The Vespa \npackage is an integrated, open-source, platform for magnetic resonance spectroscopy (MRS) \nresearch and data analysis. Applications in the Vespa package include: \n\nSimulation - for spectral simulation (using the PyGAMMA/GAMMA library)\nPulse - for RF pulse design and analysis\nDataSim - used to create synthetic MRS data sets from Simulation results \nAnalysis - spectral data processing and analysis\n\nThe Vespa project addresses previous software limitations, including: non-standard data access,\nclosed source multiple language software that complicate algorithm extension and comparison,\nlack of integration between programs for sharing prior information, and incomplete or missing\ndocumentation and educational content.\n\nThese applications can be run separately but communicate among themselves via a shared\ndatabase of objects/results. One example of inter-application sharing might be that\nSimulation would make use of an RF pulse designed in Pulse application to create a more\nrealistic MR simulation.\n\n",
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