paolomassa

Pinned Repositories

demreg
Calculate the Differential Emission Measure (DEM) from solar data using regularised inversion.
Language:Jupyter Notebook00
Fourier_transform_AIA
Language:IDL10
Gaussian_Decomp
Language:Python00
Parametric-inverse-problem-topology
Language:Jupyter Notebook01
pystixsim
STIX imager simulator in python
Language:Python00
Sparse_Bayesian_Imaging_RHESSI
Sequential Monte Carlo algorithm approximating posterior distributions for solar flares imaging from RHESSI visibilities
Language:Prolog00
STIX-GSW
STIX Ground-Analysis Software Package
Language:IDL00
stix_quicklook_images
Language:Jupyter Notebook11
STX_CFL_NN
Language:Jupyter Notebook10
WAFFLE
WKU Advanced Flare Forecasting aLgorithm tEam
Language:Jupyter Notebook41

paolomassa's Repositories

paolomassa/WAFFLE
WKU Advanced Flare Forecasting aLgorithm tEam
Language:Jupyter Notebook41
paolomassa/Fourier_transform_AIA
Language:IDL10
paolomassa/stix_quicklook_images
Language:Jupyter Notebook11
paolomassa/STX_CFL_NN
Language:Jupyter Notebook10
paolomassa/demreg
Calculate the Differential Emission Measure (DEM) from solar data using regularised inversion.
Language:Jupyter Notebook00
paolomassa/Gaussian_Decomp
Language:Python00
paolomassa/Parametric-inverse-problem-topology
Language:Jupyter Notebook01
paolomassa/pystixsim
STIX imager simulator in python
Language:Python00
paolomassa/Sparse_Bayesian_Imaging_RHESSI
Sequential Monte Carlo algorithm approximating posterior distributions for solar flares imaging from RHESSI visibilities
Language:Prolog00
paolomassa/STIX-GSW
STIX Ground-Analysis Software Package
Language:IDL00
paolomassa/stix_flarelist_science
paolomassa/stixpy
STIX data
Language:Python
paolomassa/xrayvision
XRAYVISION is an open-source Python library for Fourier or synthesis imaging of X-Rays.