Python code for Zernike polynomials

A useful set of tools for Adaptive Optics in Python

Python library for control of microscope devices, supporting hardware triggers and distribution of devices over the network for performance and flexibility.

Python package for high-performance spatial light modulator (SLM) control and holography. Supports features from aberration-corrected 3D point clouds to automated Fourier-domain calibrations.

Modal Shack-Hartmann wavefront sensor toolbox for MATLAB

This is the open source repository for our SIGGRAPH 2018 paper "Megapixel Adaptive Optics: Towards Correcting Large-scale Distortions in Computational Cameras".

Extended Nijboer-Zernike (ENZ) theory toolbox for Python

Object Oriented Python Adaptive Optics

Software package for asteroid shape reconstruction from disk-resolved observations

Simulation for sensorless adaptive optics (Confocal microscopy, Modal method)

Deformable mirror calibration and control library

Spatial light modulator in Python

Correctness tests for AOtools modules and functions.

This project deals with system identification and machine learning of large-scale deformable mirrors used in adaptive optics. I have submitted two papers that deal with this important problem. The approaches can be generalized two other problems of estimating large-scale system with the dynamics described by partial differential equations.

Adaptive Optics plugin for MicroManager

daoSPIM microscope project: software and hardware

Simulation tool that utilises a Fourier domain adaptive optics model to enable rapid Monte Carlo characterisation of free space optical links between the Earth and satellites

MUSE-PSFR - PSF reconstruction for MUSE WFM-AO

Automontaging for AO images

In free-space optical communication, the propagation of a laser beam through the atmosphere causes wavefront distortions that decrease the coupling efficiency (CE) from free space to single-mode fiber. With this MATLAB rutine we verify coupling efficiency using Adaptive Optics