Georg Schitter

Full Professor, Chair Advanced Mechatronic Systems

TU Wien

Austria

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Georg Schitter is a Full Professor and Chair of Advanced Mechatronic Systems at TU Wien, Austria. His research areas include electromagnetic actuators, wavefront reconstruction, and optical detection using robotic telescopes. He has contributed to advancements in nanoscale surface potential imaging, contactless voltage measurements, and precision 3-D measurements in challenging environments. His recent publications highlight innovative techniques in sensor technology and actuation systems.

Georg Schitter

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Articles (20)

Integrated Electromagnetic Actuator With Adaptable Zero Power Gravity Compensation

Reconstructing highly divergent wavefronts from sparse measurements

Feasibility Analysis of Optical UAV Detection Over Long Distances Using Robotic Telescopes

Heterodyne AC Kelvin Probe Force Microscopy for Nanoscale Surface Potential Imaging in Liquids

Model-Based RF Sensing for Contactless High-Resolution Voltage Measurements

Range Extension for Large-Scale Robotic Precision 3-D Measurements in Vibration-Prone Environments

Reducing the Speckle-Induced Measurement Uncertainty in Laser Triangulation Sensors

Resonant Rotational Reluctance Actuator for Large Range Scanning Mirrors

Three-DoF Vibration Compensation Platform for Robot-Based Precision Inline Measurements on Free-Form Surfaces

High Precision Hybrid Reluctance Actuator With Integrated Orientation Independent Zero Power Gravity Compensation

AC Kelvin Probe Force Microscopy Enables Charge Mapping in Water

Charge-Based Capacitive Self-Sensing With Continuous State Observation for Resonant Electrostatic MEMS Mirrors

Modularisierung von Steuerungssoftware

Self-sensing control of resonant MEMS scanner by comb-drive current feedback

A Novel Approach for Integrating IEC 61131-3 Engineering and Execution Into IEC 61499

Fourier Series-Based Analytic Model of a Resonant MEMS Mirror for General Voltage Inputs

Exploring the Pareto Fronts of Actuation Technologies for High Performance Mechatronic Systems

Linear Modeling and Control of Comb-Actuated Resonant MEMS Mirror With Nonlinear Dynamics

Atomic Force Microscopy Breaking Through the Vertical Range-Bandwidth Tradeoff

A Mechatronic Lock-In Amplifier: Integrating Demodulation in Sensor Electronics for Measuring Mechanical Oscillations

Collaborators (3)

Ernst Csencsics

Martin Melik-Merkumians

Thomas Hackl

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