Autonomie und Kooperation in seriell gekoppelten Systemen (Autonomy and Cooperation in Serially Interconnected Systems). - Ozan Demir; Jan Lunze (Autom., 2010)

Event-based synchronisation of multi-agent systems. - Ozan Demir; Jan Lunze (ADHS, 2012)

Cooperative control of multi-agent systems with event-based communication. - Ozan Demir; Jan Lunze (ACC, 2012)

Synchronization of multi-agent systems with event-based communication. - Ozan Demir; Jan Lunze (Autom., 2014)

Optimal and event-based networked control of physically interconnected systems and multi-agent systems. - Ozan Demir; Jan Lunze (Int. J. Control, 2014)

Hybrid Data-Driven Modelling for Inverse Control of Hydraulic Excavators. - Jonas Weigand; Julian Raible; Nico Zantopp; Ozan Demir; Adrian Trachte; Achim Wagner; Martin Ruskowski (IROS, 2021)

Data-Driven Feed-Forward Control of Hydraulic Cylinders using Gaussian Process Regression for Excavator Assistance Functions. - Georg Rabenstein; Ozan Demir; Adrian Trachte; Knut Graichen (CCTA, 2022)

Safe Active Learning and Probabilistic Design of Experiment for Autonomous Hydraulic Excavators. - Maximilian Dio; Ozan Demir; Adrian Trachte; Knut Graichen (IROS, 2023)

Multi Time Scale World Models. - Vaisakh Shaj; Saleh Gholam Zadeh; Ozan Demir; Luiz R. Douat; Gerhard Neumann (NeurIPS, 2023)

Characterization of Soft Robotic Antenna for Close-Proximity Distance Perception. - Ozan Demir; Emre Öztürk; Engincan Sayar; Ismail Uyanik; Sölen Kumbay Yildiz (SIU, 2023)

Feedforward Controllers from Learned Dynamic Local Model Networks with Application to Excavator Assistance Functions. - Leon Greiser; Ozan Demir; Benjamin Hartmann; Henrik Hose; Sebastian Trimpe (CDC, 2024)

Data-Driven Model Predictive Control of an Hydraulic Excavator via Local Model Networks. - Salim Msaad; Leonardo Cecchin; Ozan Demir; Lorenzo Fagiano (ACC, 2025)

Joint Optimization in Underwater Image Enhancement: A Training Framework Integrating Pixel-Level and Physical-Channel Techniques. - Ozan Demir; Metin Aktas; Ender Mete Eksioglu (IEEE Access, 2025)