Dong‐Jun Park

Papers

Total Citations

H-Index

About

Dong-Jun Park is a robotics researcher whose work centers on human-robot interaction, autonomous navigation, and dexterous manipulation. His key contributions span three interconnected areas: robust voice recognition for mobile robots, real-time ultrasonic sensor-based control, and flexible robotic hand design. In his 2009 study on voice recognition integration, Park addressed the critical challenge of environmental noise interference—a problem where robot-generated sounds overpower microphones—proposing a robust system that enables clearer human-robot communication. His 2008 work on ultrasonic sensor control introduced a binaural sensory pod for legged-style mobile robots, implementing obstacle avoidance algorithms on micro-controllers to achieve successful navigation in cluttered spaces. Park also contributed to dexterous manipulation through his 2009 design of a 13-degree-of-freedom flexible hand, tackling the growing need for adaptive end-effectors in unstructured environments. While his citation counts (3, 2, and 2 respectively) reflect focused technical contributions rather than broad impact, these papers demonstrate foundational work in making robots more perceptive, communicative, and physically capable—essential qualities for service robotics and human-assistive technologies.