MS 01: Atmospheric tomography in adaptive optics
Mon, 27 March, 2017, 13:30–15:30, Room: UC 202DH
Organizers
Tapio Helin and Daniela Saxenhuber
Abstract
The conference aims at providing a historical exposition of the field of Radon transforms as well as highlighting recent trends. Atmospheric tomography is a central computational challenge in modern ground-based telescope imaging involving dynamical and (extremely) limited angle data. Both of these properties are current trends in the Radon transform related mathematical research. The aim of the minisymposium is to discuss recent developments in this topic and bring experts from the fields of mathematics and telescope imaging together.
List of speakers
| Carlos M. Correia Turbulence tomography for Astronomical Adaptive Optics |
| Andreas Neubauer A Singular Value Type Decomposition for the Atmospheric Tomography Operator |
| Jonatan Lehtonen Determining ground layer turbulence statistics using a SLODAR-type method |
| Yoshito Ono Efficient tomographic wave-front reconstruction in astronomical adaptive optics exploiting Toeplitz matrix structure |
| Remko Stuik Tomographic Reconstruction for the METIS Instrument |
| Günter Auzinger On the compression of atmospheric layer profiles to fewer layers for tomographic reconstruction |