Michael Schluse
Papers
26
Total Citations
547
H-Index
10
About
Michael Schluse is a prominent researcher specializing in robotics simulation, digital twins, and the emerging field of eRobotics. His work sits at the intersection of 3D simulation technology, virtual reality, and complex automated systems, with applications spanning industrial automation, space robotics, and precision forestry. Schluse is perhaps best known for his foundational contributions to the eRobotics methodology, a framework enabling interdisciplinary collaboration through shared simulation platforms. His 2016 paper on experimentable digital twins has garnered an impressive 272 citations, establishing him as a key voice in the transition from traditional simulation toward fully interactive, experimentable models of complex technical systems. This work has proven particularly influential as digital twin technology has grown central to modern engineering practice. Beyond digital twins, Schluse has advanced virtual robotic testbeds as practical tools for prototyping and validation across multiple domains, and pioneered database-driven distributed 3D simulation architectures. His applied research extends to real-world challenges, including a highly accurate mobile robot system for precision forestry and the ambitious "Virtual Forest" project in Germany, which integrates robotics and simulation to support sustainable forest management. With a body of work consistently bridging theoretical innovation and tangible application, Schluse represents a vital link between simulation science and next-generation autonomous systems.
Research Focus
Key Achievements
Top Papers
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- 7Database-driven distributed 3D simulation14 citations · 2012
- 8Dynamic collision avoidance for redundant multi-robot systems14 citations · 2002
- 9Database-driven distributed 3D simulation10 citations · 2012
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