Research

Research directions at the intersection of control, learning and vehicle dynamics.

Learning-Based Control

Recurrent Models for Predictive Vehicle Control

  • Investigating recurrent neural architectures for sequential approximations of nonlinear model predictive control.
  • Combining learned control policies with online feasibility checks and safe fallback mechanisms.
Clement et al. (2026), Fig. 3 · benchmark figure from the preprint

Distributed Autonomy

Learning, Planning & Coordination in Connected Vehicles

  • AIDA explores distributed learning and high-level planning for connected autonomous vehicles under real-time and safety requirements.
  • Principal Investigator: Agnes Poks; collaboration between vehicle dynamics and cyber-physical systems research at TU Wien.
RoboRacer platform · Scuderia Segfault / TU Wien; representative platform, not an AIDA result

Vehicle Dynamics & Safety

Friction Estimation & Braking Assistance

  • Estimating tyre–road friction potential to support motorcycle safety and vehicle-state estimation.
  • Investigating electronic braking assistance for e-scooters, connecting control design with experimental evaluation.
Original test-vehicle and tyre-characteristic figure · TU Wien

Selected Past Research

Predictive & Distributed Control

Energy-Efficient Refrigerated Electric Transport

  • Coordinating driving, battery use and refrigeration through predictive energy management.
  • Developing hierarchical and distributed MPC for modular cooling units, with simulation and experimental validation.
Vehicle test facility · Poks, Schirrer & Kozek, IEEE Access (2024)

Model-Based Diagnostics

Fault Detection & Isolation in Thermal Systems

  • Model-based diagnosis for secondary-loop refrigeration systems using state estimation and residual evaluation.
  • Experimental investigation of faults affecting refrigeration performance and system reliability.
Poks et al., Applied Thermal Engineering (2023), Fig. 1 · experimental setup

Powertrain Control

Variable-Speed Rotorcraft Transmission Control

  • Modelling and control of a compound-split transmission for variable rotor speed.
  • Two-degree-of-freedom control, operating-point selection and suppression of torsional vibrations.
Original VARI-SPEED II control architecture · TU Wien