Add to ORKGThis paper presents a series of studies of single conjugate adaptive optics systems that use numerical simulation to investigate aspects of system performance not addressed by traditional statistical metrics. These studies include investigations of temporal control loop dynamics and quantitative comparisons of system performance using different types of reconstructors
This paper discusses point spread function reconstruction (PSFR) simulations for laser guide star (L...
Multi-conjugate adaptive optical (MCAO) systems with from 10,000 to 100,000 degrees of freedom have ...
Advances in adaptive optics (AO) systems are necessary to achieve optical performance that is suitab...
This paper presents a series of studies of single conjugate adaptive optics systems that use numeric...
It is shown how first-order performance estimation of high-order adaptive optics (AO) systems may be...
We present an analytical model of a single natural guide star astronomical adaptive optics system, i...
AbstractRecently there has been growing interest and progress in using numerical linear algebra tech...
In this paper we describe the development of a C++ class library for the simulation of adaptive opti...
Aims. Adaptive optics (AO) system performance is improved using post-processing techniques, such as ...
Arroyo is an open source, cross-platform C++ class library project designed for modeling of electrom...
This work analyses several aspects of multi-conjugate adaptive optics (MCAO) for astronomy. The rese...
We compare the performance of the Kalman filter (KF)-based and the minimum variance (MV) control alg...
An efficient adaptive optics (AO) simulation code was developed, which enables first-order simulatio...
The new generation of extremely large telescopes will have adaptive optics. Due to the complexity an...
This paper focuses on two main categories of the multiconjugate adaptive optics (MCAO) parameter spa...
This paper discusses point spread function reconstruction (PSFR) simulations for laser guide star (L...
Multi-conjugate adaptive optical (MCAO) systems with from 10,000 to 100,000 degrees of freedom have ...
Advances in adaptive optics (AO) systems are necessary to achieve optical performance that is suitab...
This paper presents a series of studies of single conjugate adaptive optics systems that use numeric...
It is shown how first-order performance estimation of high-order adaptive optics (AO) systems may be...
We present an analytical model of a single natural guide star astronomical adaptive optics system, i...
AbstractRecently there has been growing interest and progress in using numerical linear algebra tech...
In this paper we describe the development of a C++ class library for the simulation of adaptive opti...
Aims. Adaptive optics (AO) system performance is improved using post-processing techniques, such as ...
Arroyo is an open source, cross-platform C++ class library project designed for modeling of electrom...
This work analyses several aspects of multi-conjugate adaptive optics (MCAO) for astronomy. The rese...
We compare the performance of the Kalman filter (KF)-based and the minimum variance (MV) control alg...
An efficient adaptive optics (AO) simulation code was developed, which enables first-order simulatio...
The new generation of extremely large telescopes will have adaptive optics. Due to the complexity an...
This paper focuses on two main categories of the multiconjugate adaptive optics (MCAO) parameter spa...
This paper discusses point spread function reconstruction (PSFR) simulations for laser guide star (L...
Multi-conjugate adaptive optical (MCAO) systems with from 10,000 to 100,000 degrees of freedom have ...
Advances in adaptive optics (AO) systems are necessary to achieve optical performance that is suitab...