Dirk Ebert

University of Kaiserslautern, The University of Tokyo

Papers

Total Citations

158

H-Index

About

Dirk Ebert is a pioneering researcher in the field of safe human-robot interaction, with a career dedicated to enabling the coexistence and cooperation of humans and industrial robots in shared workspaces. His key research areas include sensor-based collision detection, high-speed vision systems, and sensor fusion for robotic safety. Ebert’s major contributions are foundational to modern collaborative robotics: his 2003 paper on image-based collision detection (114 citations) introduced a method to perform collision tests using stationary cameras without relying on complex robot models, while his 2005 work on emergency-stop using a high-speed vision-chip (31 citations) demonstrated a novel approach to guarantee human safety during maintenance. His 2002 system concept (13 citations) established a framework for look-up-table-based sensor fusion, enabling real-time back-projection from camera images to robot configuration space. These works collectively address the critical challenge of ensuring human safety without sacrificing production flexibility, laying the groundwork for today’s collaborative robots. Ebert’s research remains highly influential, cited by engineers and academics developing safer, more adaptive industrial automation systems.