Ningbo Yi

Papers

Total Citations

142

H-Index

About

Ningbo Yi is a pioneering researcher at the intersection of smart materials and intelligent robotics, whose work bridges the gap between advanced actuation systems and autonomous navigation. His most influential contribution, the 2016 paper on a fish-like robot powered by high-performance graphene/PVDF bimorph actuators (138 citations), introduced a novel electromechanical material that mimics biological movement with unprecedented efficiency. This breakthrough demonstrated how two-dimensional materials could be engineered into flexible, high-response actuators, opening new pathways for soft robotics and biomimetic devices. Yi’s fabrication method—combining graphene’s conductivity with PVDF’s piezoelectric properties—set a benchmark for developing smart materials that are both lightweight and powerful. More recently, he has advanced into autonomous systems, addressing the critical challenge of occupancy grid map quality in mobile robotics. His 2022 work on abnormal occupancy grid map recognition using attention networks (4 citations) proposes an AI-driven solution to automate quality control, replacing tedious manual inspection with deep learning. This dual expertise—from material synthesis to robotic perception—positions Yi as a versatile innovator, with his actuator research alone influencing fields from medical devices to soft grippers.