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Interlaced phase screen and convolution operators: an efficient modeling and computational tool for ELT-sized Adaptive Optics systems

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Abstract

An interlacing procedure enabling to construct spatially invariant models of ELT-sized AO systems and atmospheric turbulence involving different spatial resolutions is presented. This approach enables to perform highly parallelizable off-line and on-line computations.

© 2020 The Author(s)

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