International audienceWe have developed an PSF reconstruction algorithm for the NAOS adaptive optics system that is coupled with CONICA at ESO/VLT. We have modified the algorithm of Véran et al. (1997), originally written for PUEO at CFHT, to make use of the specific real-time wavefront-related data that observers with NACO receive together with their scientific images. In addition, we use the Vii algorithm introduced by Clénet et al. (2006) and Gendron et al. (2006) instead of the Uij algorithm originally used by Véran et al. (1997). Until now, tests on NAOS has been undertaken during technical time thanks to the NACO team at Paranal. A first test has been successfully performed to calibrate the orientation of reconstructed PSFs with respe...
International audienceCANARY is an open-loop tomographic adaptive optics (AO) demonstrator that was ...
The Messenger. 2002. vol. 107.NAOS+CONICA (hereafter NACO) saw first light on November 25, 2001, at ...
Modern ground-based telescopes rely on Adaptive Optics (AO) systems, which compensate for atmospheri...
International audienceWe have developed an PSF reconstruction algorithm for the NAOS adaptive optics...
Adaptive optics (AO) allows one to derive the point spread function (PSF) simultaneously to the scie...
Astronomical adaptive optics (AO) data analysis requires the knowledge of the PSF associated to the ...
Images obtained with adaptive optics (AO) systems can be improved by using restoration techniques, t...
International audienceImages obtained with adaptive optics (AO) systems can be improved by using res...
Extracting accurate photometry (and astrometry) from images taken with adaptive optics assisted inst...
International audienceFor ground-based telescopes, Adaptive Optics (AO) systems aim to correct the w...
NAOS is the first adaptive optics (AO) system of the Very Large Telescope and will provide CONI...
International audienceCANARY is an open-loop tomographic adaptive optics (AO) demonstrator that was ...
The Messenger. 2002. vol. 107.NAOS+CONICA (hereafter NACO) saw first light on November 25, 2001, at ...
Modern ground-based telescopes rely on Adaptive Optics (AO) systems, which compensate for atmospheri...
International audienceWe have developed an PSF reconstruction algorithm for the NAOS adaptive optics...
Adaptive optics (AO) allows one to derive the point spread function (PSF) simultaneously to the scie...
Astronomical adaptive optics (AO) data analysis requires the knowledge of the PSF associated to the ...
Images obtained with adaptive optics (AO) systems can be improved by using restoration techniques, t...
International audienceImages obtained with adaptive optics (AO) systems can be improved by using res...
Extracting accurate photometry (and astrometry) from images taken with adaptive optics assisted inst...
International audienceFor ground-based telescopes, Adaptive Optics (AO) systems aim to correct the w...
NAOS is the first adaptive optics (AO) system of the Very Large Telescope and will provide CONI...
International audienceCANARY is an open-loop tomographic adaptive optics (AO) demonstrator that was ...
The Messenger. 2002. vol. 107.NAOS+CONICA (hereafter NACO) saw first light on November 25, 2001, at ...
Modern ground-based telescopes rely on Adaptive Optics (AO) systems, which compensate for atmospheri...