M. Dlabka

Technische Universität Berlin, Fraunhofer Institute for Production Systems and Design Technology

Papers

Total Citations

H-Index

About

M. Dlabka is a robotics researcher whose work in the late 1980s focused on two foundational challenges in industrial robotics: force control and trajectory optimization. Working during a pivotal era when industrial robots were transitioning from simple positional devices to more sophisticated, adaptive systems, Dlabka made meaningful contributions to solving the practical engineering problems that defined the field's advancement. His most notable work, "Force Control of Industrial Robots: The Contact Problem" (1989), addressed one of robotics' most persistent challenges — how robots interact physically with their environment without causing damage or losing precision. This paper has garnered 7 citations, making it his most influential contribution. Complementing this, Dlabka's research on optimal trajectory planning, explored across two closely related publications in 1988 and 1989, tackled the real-world demands of making robots move efficiently and reliably in industrial settings, each earning 2 citations. While Dlabka's citation record is modest, his focus on *practical* solutions — as explicitly reflected in his paper titles — suggests a researcher committed to bridging theoretical robotics with tangible industrial application, contributing to the engineering foundations that underpin modern robotic automation.