Considerations for EAGLE from Monte-Carlo adaptive optics simulation
Alastair Basden, Timothy Butterley, Richard Myers
TL;DR
This paper introduces a Monte-Carlo simulation tool for modeling the performance of the EAGLE instrument's adaptive optics system on the E-ELT, highlighting potential efficiency improvements in real-time control.
Contribution
It presents a novel Monte-Carlo AO simulation package for EAGLE, including performance analysis and comparison with analytical models, and explores compressed reconstructor representations.
Findings
Simulation results align with analytical models
Compressed reconstructor representations can reduce system complexity
Performance insights inform AO system optimization
Abstract
The EAGLE instrument for the E-ELT is a multi-IFU spectrograph, that uses a MOAO system for wavefront correction of interesting lines of sight. We present a Monte-Carlo AO simulation package that has been used to model the performace of EAGLE, and provide results, including comparisons with an analytical code. These results include an investigation of the performance of compressed reconstructor representations that have the potential to significantly reduce the complexity of a real-time control system when implemented.
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