A comparison between minimum variance control and other online compensation methods for specimen drift in transmission electron microscopy

Estimation of the deformation of a plate using a limited number of sensors

Measure-by-wire (MBW): An automatic control framework for high-throughput transmission electron microscopy

Stability analysis of stochastic hybrid jump linear systems using a Markov Kernel approach

2-DoF magnetic actuator for a 6-DoF stage with long-stroke gravity compensator

Identification of time series models from segments - application to scanning transmission electron microscopy images

A matlab-based dynamic TEM simulator

Defocus polar rose estimation method (POEM): a fast defocus estimation method for STEM

Stability and performance analysis of Dual-Random-Rate systems via markov jumplinear system theory

The role of poisson's binomial distribution in the analysis of TEM images

Introducing measure-by-wire, the systematic use of systems and control theory in transmission electron microscopy

Towards an adaptive minimum variance control scheme for specimen drift compensation in transmission electron microscopes

On nonlinear descrete-time systems driven by Markov chains

Towards automatic control of scanning transmission electronmicroscopes

Alignment control of STEM:a Ronchigram based approach

Observer development for automatic STEM closed-loop control

Alignment control of STEM a ronchigram based approach

Towards STEM control: Modeling framework and development of a sensor for defocus control

Observer development for automatic STEM closed-loop control