Motivated by the potential of nondiffraction limited, real-time computational image
sharpening with neural networks in astronomical telescopes, we studied wavefront sensing …

With the successful application of the Shack–Hartmann wavefront sensor in measuring
aberrations of the human eye, researchers found that, when the aberration is large, the local …

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 …

The main objective of an Adaptive Optics (AO) system is to correct the aberrations produced
in the received wavefronts, caused by atmospheric turbulence. From some measures taken …

波前传感是自适应光学系统的重要组成部分, 在地基大口径望远镜, 激光大气传输, 无线光通信,
激光驱动核聚变等领域发挥了关键作用, 同时也常应用于自由曲面的光学测量中. 与此同时 …

Wavefront sensing is an important part of adaptive optics system, which plays a key role in
the fields of ground-based telescopes, laser transmission in atmosphere, wireless optical …

In this study, the direct wavefront gradient algorithm is used to calculate the control voltage
of the deflection mirror. Considering the control voltage as the input of the fuzzy controller …

Prior efforts in research exhibit that Artificial Neural Network (ANN) proves out to give better
and satisfactory results for prediction. This would be helpful for accomplishing decision …

Histological assessment of glands is one of the major concerns in colon cancer grading.
Considering that poorly differentiated colorectal glands cannot be accurately segmented, we …

Solar observation is the branch of astronomy devoted to the study of the Sun. When the light
wavefront that comes from the Sun penetrates the atmosphere, it suffers some distortions …