Development of the database-driven software autoMAGIC for automatizing consistent analysis of MAGIC data.
ORAL
Abstract
The MAGIC Imaging Air Cherenkov Telescope System operates for over 10
years, with its data offering insights on processes with temporal behavior in the multi-year
timescale. Performing consistent analysis of the described data proves itself to
consume large time resources. This originates from a variety of conditions such like
weather and software version which need to be taken into account in the analysis. Thus, development
toward a database-driven software has been advanced to automatize the performance
of a consistent analysis in MAGIC. This allows for consistent long-term analysis for
example on testing time-sensitive theoretical predictions and possible disagreements on
these predictions with the advanced automatized analysis results.
years, with its data offering insights on processes with temporal behavior in the multi-year
timescale. Performing consistent analysis of the described data proves itself to
consume large time resources. This originates from a variety of conditions such like
weather and software version which need to be taken into account in the analysis. Thus, development
toward a database-driven software has been advanced to automatize the performance
of a consistent analysis in MAGIC. This allows for consistent long-term analysis for
example on testing time-sensitive theoretical predictions and possible disagreements on
these predictions with the advanced automatized analysis results.
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Presenters
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Cyrus P Walther
TU Dortmund University
Authors
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Cyrus P Walther
TU Dortmund University