Steffen Greiser

Papers

Total Citations

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About

Steffen Greiser’s research lies at the intersection of robotics, kinematics, and mechanical system design, with a particular focus on the complex dynamics of wheeled mobile robots. His most cited work, "Analysis of Kinematic Constraints in the Linkage Model of a Mecanum-Wheeled Robot and a Trailer with Conventional Wheels" (2023), exemplifies his deep expertise in modeling and comparing holonomic and non-holonomic constraints within hybrid robotic systems. By investigating the interaction between Mecanum-wheeled robots—known for their omnidirectional movement—and conventional-wheeled trailers, Greiser provides critical insights into the kinematic behavior of these combined systems. This work, which has garnered 4 citations in a short time, is foundational for advancing the control and maneuverability of robots in constrained environments. Greiser’s contributions are particularly valuable for researchers and engineers developing autonomous vehicles, warehouse logistics, and assistive robotics, where precise motion planning is essential. His analytical approach bridges theoretical mechanics with practical robotic applications, making his research a key resource for students and professionals seeking to understand the nuanced constraints that govern multi-body robotic systems.