Sunme Cho

Papers

Total Citations

108

H-Index

About

Sunme Cho is a leading figure in the field of mobile robotics, with a primary focus on the design and stability of specialized robotic platforms for challenging environments. Her major contributions center on developing novel locomotion systems that balance mobility with dynamic stability, addressing a critical trade-off in rough-terrain navigation. Her most influential work, the "ROPE RIDE" wall-climbing robot (79 citations), introduced a unique mechanism for vertical surface adhesion, showcasing her ability to solve complex locomotion problems. She also pioneered the "Rocker-Pillar" platform (29 citations), which integrates caterpillar tracks with a rocker-bogie mechanism to enhance both speed and stability on uneven ground. This work directly tackles the risk of overturn, a key limitation in high-speed rough-terrain robots. Through these innovations, Cho has advanced the practical deployment of mobile robots in inspection, search-and-rescue, and exploration tasks, earning recognition for her systematic approach to robot design and control.