Papers
6
Total Citations
81
H-Index
5
About
F. Comin is a versatile robotics researcher whose work spans two compelling frontiers: off-road mobile robot locomotion and soft surgical robotics. With a body of work accumulating over 80 citations, Comin has made meaningful contributions to how robots navigate and interact with their physical environments. In the domain of field robotics, Comin has pioneered methods for terrain characterization and trafficability assessment, developing innovative models for slip estimation using hybrid wheel-leg systems. This research directly addresses one of the most critical challenges facing planetary rovers and off-road robots — the risk of immobilization on soft, deformable terrain such as sand. Their 2017 paper on slip estimation (26 citations) and 2016 work on sinkage detection (21 citations) represent landmark contributions to planetary exploration robotics, with direct relevance to Mars rover missions. Equally impressive is Comin's pivot into surgical robotics, where their 2018 work on stiffness control for soft surgical manipulators (20 citations) tackled the difficult problem of real-time active stiffness regulation in continuum robots — a key safety requirement for minimally invasive surgery. The demonstration of safe diathermic tissue-cutting using a soft manipulator further highlights Comin's commitment to translating robotic research into clinically meaningful applications.
Research Focus
Key Achievements
Top Papers
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- 3Stiffness Control for Soft Surgical Manipulators20 citations · 2018
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