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Fundamentally we have to understand how to modify the old Andrew Leslie-type treatment to account for asymmetrical shoeboxes (non-mm symmetry), and for small-value photon-counted signals.
We have the opportunity to include uncertainty in pedestal and gain from the dark run/flat field calibration runs. How to include this in these Bayesian method?
The text was updated successfully, but these errors were encountered:
References:
Fundamentally we have to understand how to modify the old Andrew Leslie-type treatment to account for asymmetrical shoeboxes (non-mm symmetry), and for small-value photon-counted signals.
We have the opportunity to include uncertainty in pedestal and gain from the dark run/flat field calibration runs. How to include this in these Bayesian method?
The text was updated successfully, but these errors were encountered: