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Do-Yun Kim

3 accepted papers

2024

HyperLeg: Biomechanics-Inspired High-DOF Leg and Toe Mechanism for Highly Dynamic Motions

ICRA 2024poster

A human foot with high degrees of freedom (DOF) that has multi-DOF toe joints and a two-DOF ankle provides multiple benefits, such as increased stride length and walking speed, impact mitigation, and enhanced balancing. However, creating such mechanisms for legged robots has been challenging due to…

Cited by 4SourceScholar
2022

Development of an Inherently Safe Nasopharyngeal Swab Sampling Robot Using a Force Restriction Mechanism

RA-L 2022

The demand for autonomous nasopharyngeal swab sampling robot systems is increasing owing to the recent outbreak of the respiratory virus pandemic. To protect the medical staff from infection, automatic upper respiratory sample collecting robotic systems are needed. The nasopharyngeal swab sampling r

Cited by 10SourceScholar
2021

Self-Contained 2-DOF Ankle-Foot Prosthesis With Low-Inertia Extremity for Agile Walking on Uneven Terrain

RA-L 2021

Accepting the heterogeneity of amputees and enabling them to walk comfortably using little effort with light weights is the main goal of prostheses. Moreover, providing the capability of walking on various ground conditions including uneven surfaces and obstacles is a challenging but important requi

Cited by 10SourceScholar