Computer Science – Performance
Scientific paper
Aug 1998
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998stin...9928196s&link_type=abstract
Technical Report, New Hampshire Univ. Durham, NH United States Space Science Center
Computer Science
Performance
Solar Flares, Neutrons, Emittance, Neutron Distribution, Energy Distribution, Gamma Ray Observatory, Subroutines, Fortran
Scientific paper
The aim of this project was to investigate and improve upon existing methods of analysing data from COMITEL on the Gamma Ray Observatory for neutrons emitted during solar flares. In particular, a strategy for placing confidence intervals on neutron energy distributions, due to uncertainties on the response matrix has been developed. We have also been able to demonstrate the superior performance of one of a range of possible statistical regularization strategies. A method of generating likely models of neutron energy distributions has also been developed as a tool to this end. The project involved solving an inverse problem with noise being added to the data in various ways. To achieve this pre-existing C code was used to run Fortran subroutines which performed statistical regularization on the data.
Ryan James M.
Skinner Susan
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