A data-driven H2-optimal control approach for adaptive optics

Exploiting the spatiotemporal correlation in adaptive optics using data-driven H2-optimal control

Data-driven optimal control for adaptive optics

Adaptive Optics H2-Optimal Control Design Applied on an Experimental Setup

H2-optimal control of an adaptive optics system: part I, data-driven modeling of wavefront disturbance

Robust spectral factor approximation of discrete-time frequency domain power spectras

Control of a thermal deformable mirror: Correction of a static disturbance with limited sensor information

H2-optimal control of an adaptive optics system: part II, Closed-loop controller design

Optimal control strategy to reduce the temporal wavefront error in AO systems

The application of initial state correction in iterative learning control and the experimental validation on a piezoelectric tube scanner

The application of initial state-correction in iterative learning control and the experimental validation on piezoelectric tube scanner