Enea Scioni
Papers
9
Total Citations
45
H-Index
4
About
Enea Scioni is a roboticist whose research bridges the gap between high-level symbolic planning and low-level robot control, with a particular focus on constraint-based motion specification and execution. His most influential work, "Introducing Geometric Constraint Expressions Into Robot Constrained Motion Specification and Control" (13 citations), extends classical task frame approaches to enable more flexible, multi-frame constraint definitions for robotic manipulation. Scioni's key contribution lies in developing formal models and schedulers that translate discrete symbolic plans into executable, optimization-based motion control, as demonstrated in his highly cited 2015 paper (10 citations) on bridging planning and control. He introduced the concept of "preview coordination" for online scheduling of mobile manipulation tasks, and developed hierarchical hypergraph models (NPC4) for knowledge-centric robot systems. His work on haptic coupling between KUKA Light-Weight Robots and PR2 arms showcases his practical systems integration skills. Scioni's research has accumulated over 45 citations across his publications, with his constraint-based programming approach (FINROP project) offering intuitive, runtime-adaptive robot programming methods that make complex robotic tasks more accessible and robust to real-world disturbances.
Research Focus
Key Achievements
Top Papers
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- 9Fast and Intuitive Robot Programming: a Constraint-based Approach2 citations · 2017