E.A. Monteverde

Papers

Total Citations

121

H-Index

About

E.A. Monteverde is a leading figure in tactile sensing for robotic manipulation, with a primary research focus on developing sensor technologies that capture dynamic, transient contact events at the finger-object interface. Their most influential contribution, the 2002 paper "A tactile sensor for localizing transient events in manipulation," has garnered 121 citations and introduced a novel multi-element stress rate sensor. By embedding piezoelectric polymer strips into the rubber "skin" of a robot fingertip, Monteverde’s design enables robots to detect and localize rapid changes in contact—such as slips, taps, or impacts—that are critical for dexterous manipulation. This work bridges the gap between static touch sensing and the real-time feedback needed for adaptive grasping, laying a foundation for more responsive robotic hands. Monteverde’s research has been widely recognized for its practical impact on industrial automation and prosthetics, where transient event detection improves grip stability and object handling. Their sensor design remains a benchmark in tactile sensing, influencing subsequent work in haptics and human-robot interaction.