N. Diolaiti

University of Bologna, Stanford University

Papers

Total Citations

461

H-Index

About

N. Diolaiti is a leading researcher in robotics and haptics, whose work has fundamentally advanced how robots interact with unknown environments and how humans remotely control them. His primary research areas include contact impedance estimation, teleoperation, and haptic feedback systems. Diolaiti’s most impactful contribution is his seminal 2005 paper on "Contact impedance estimation for robotic systems," which has garnered over 270 citations. This work solved the critical problem of enabling robots to dynamically estimate mechanical properties of unknown surfaces during contact, a cornerstone for safe and effective telemanipulation. He also pioneered the integration of haptic feedback into mobile robot teleoperation, as demonstrated in his highly cited 2003 paper (139 citations), which allowed operators to "feel" remote environments through force feedback. Further notable achievements include his innovative "Wave Haptics" framework (2007), which introduced a paradigm for building stiff, stable haptic controllers by leveraging natural motor dynamics rather than conventional high-gain control. Diolaiti’s research has been instrumental in bridging the gap between theoretical control systems and practical robotic applications, making him a key figure in the development of intuitive, high-performance human-robot interfaces.