
Robot learning: closing the reality gap!
This program aims to close the gap between simulated and real-world robotic systems by advancing principled approaches to robot learning and control. Its research pillars include robot motion and action generation, learning-based interaction, sensorimotor adaptation, sim-to-real transfer, and machine learning methods to improve robustness and real-world performance.
Involved People
Ajoudani Arash Senior Researcher Tenured
Bartolozzi Chiara Senior Researcher Tenured
Semini Claudio Senior Researcher Tenured
Pucci Daniele Senior Researcher Tenured
Amigoni Francesco Full Professor
Natale Lorenzo Senior Researcher Tenured
Saveriano Matteo Associate Professor
Vezzani Roberto Associate Professor