Minimizing Oscillations for Magnitude and Rate-Saturated Discrete-Time Systems by a $D_{R}$ Region Pole Placement. - Sabine Lerch; Robert Dehnert; Michelle Rosik; Bernd Tibken (ICSC, 2022)

Robust Observer-Based Adaptive High-Gain Feedback Design for Uncertain Saturated Discrete-Time Linear Systems. - Michelle Rosik; Robert Dehnert; Sabine Lerch; Julian Sonnenschein; Bernd Tibken (ICSC, 2022)

Design of Robust Output Feedback Controllers for Discrete-Time Systems with Polynomial Uncertainties. - Robert Dehnert; Sabine Lerch; Michelle Rosik; Andreas Rauh; Bernd Tibken (ICSC, 2023)

Observability Analysis of Nonlinear Input-Linear Systems Based on Lie Derivations Using Interval Arithmetic. - Michelle Rosik; Robert Dehnert; Sabine Lerch; Bernd Tibken (ICSC, 2023)

Global Observability and Identifiability of Nonlinear Systems with Inputs Using Interval Arithmetic. - Michelle Rosik; Robert Dehnert; Laura Ackerschott; Regina Deisling; Bernd Tibken (CoDIT, 2024)

Frequency-Based Coupling Method for Modeling of Mechatronic Machine Axis. - Laura Ackerschott; Regina Deisling; Michelle Rosik; Robert Dehnert; Bernd Tibken (MED, 2024)

Joint Design of Disturbance Observer-Based Feedback Controllers for Discrete-Time Systems Subject to Actuator Faults. - Robert Dehnert; Michelle Rosik; Regina Deisling; Laura Ackerschott; Ramiz Dilji; Bernd Tibken (MED, 2024)

Safety-Critical Combustion Control for Gas Boilers Using Control Barrier Functions. - Regina Deisling; Laura Ackerschott; Robert Dehnert; Michelle Rosik; Bernd Tibken (MED, 2024)

Robust Observer-Based Control Design for Stochastic Discrete-Time Quasi-Linear Systems via LMIs. - Robert Dehnert; Michelle Rosik; Sabine Lerch; Andreas Rauh; Bernd Tibken (IEEE Trans. Autom. Control., 2025)