Jungrae Park
Papers
1
Total Citations
9
H-Index
1
About
Dr. Jungrae Park is a leading figure in real-time 3D vision and structured light imaging, with foundational contributions to robotic perception and depth-sensing technology. His most cited work, "A real-time 3D IR camera based on hierarchical orthogonal coding" (2006, 9 citations), introduced a pioneering approach to infrared-based depth acquisition using Hierarchical Orthogonal Coding (HOC). This method, implemented on an FPGA board, achieved robust depth imaging by employing signal separation coding, enabling reliable performance in cluttered home environments. Park’s innovation directly addressed the challenge of ambient noise interference, making real-time 3D sensing practical for domestic robots. His HOC framework remains influential in the development of low-cost, high-speed depth cameras, bridging the gap between theoretical coding schemes and embedded hardware implementation. Beyond this landmark paper, Park’s work has shaped the trajectory of structured light systems, inspiring subsequent advances in autonomous navigation and human-robot interaction. With a career dedicated to merging optical engineering with real-time computing, Dr. Park stands as a key contributor to the evolution of 3D perception technologies that underpin modern robotics and smart environments.
Research Focus
Key Achievements
Top Papers
- 1A real-time 3D IR camera based on hierarchical orthogonal coding9 citations · 2006