The use of artificial Intelligence techniques has become widespread in many fields of
science, due to their ability to learn from real data and adjust to complex models with ease …

Observations of the solar photosphere from the ground encounter significant problems
caused by Earth's turbulent atmosphere. Before image reconstruction techniques can be …

Images of astronomical objects are distorted by the turbulence in Earth's atmosphere.
Deconvolution from Wavefront Sensing (DWFS) is a computer post-processing technique …

This paper investigates the performance and optimization of the Geometric Wavefront
Sensor (GWFS) in openloop wavefront sensing, along with the Curvature Wavefront Sensor …

The resolution of astronomical images captured from ground-based telescopes is partially
limited by atmospheric turbulence, which causes non-uniform phase shifts to the wavefront …

This paper demonstrates the Geometric Wavefront Sensor (WFS)'s capability to estimate
wavefronts of multiple sources on a new optical test-bench in open-loop. The linearity …

Adaptive optics (AO) systems correct atmospheric turbulence in real time and they are
normally used in large and medium telescopes but not in modest telescopes due to their …

Adaptive optics are techniques used for processing the spatial resolution of astronomical
images taken from large ground-based telescopes. In this work are presented computational …

Adaptive optics are techniques used for processing the spatial resolution of astronomical
images taken from large ground-based telescopes. In this work, computational results are …

Mathematical modelling methods have several limitations when addressing complex
physics whose calculations require considerable amount of time. This is the case of adaptive …