Steven Bellens
Papers
7
Total Citations
119
H-Index
4
About
Steven Bellens is a roboticist whose work bridges the critical gap between theoretical kinematics and practical, contact-rich robot control. His most influential contribution is a hybrid pose/wrench control framework for quadrotor helicopters (61 citations), which explicitly addresses the challenge of underactuation to enable stable physical interaction with the environment—a foundational step toward aerial manipulation. Bellens also made a lasting impact on the field’s formal foundations through a two-part tutorial on geometric relations between rigid bodies (43 combined citations). This work provides a rigorous, coordinate-invariant semantic framework for concepts like pose, twist, and wrench, offering concrete standardization suggestions that help eliminate ambiguity in multi-body modeling and software implementation. Beyond theory, he demonstrated the power of integrated software architectures by implementing the iTaSC task specification framework on the PR2 robot, and by creating multi-platform haptic coupling systems that linked KUKA Light-Weight Robots and the PR2. These projects showcased the seamless integration of OROCOS, ROS, and Blender, proving that complex, heterogeneous robotic systems can be unified for intuitive human-robot interaction. Bellens’s research is essential reading for anyone working in aerial manipulation, robot control, or multi-robot coordination.
Research Focus
Key Achievements
Top Papers
- 1A hybrid pose / wrench control framework for quadrotor helicopters61 citations · 2012
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