Phill‐Seung Lee

Korea Advanced Institute of Science and Technology

Papers

Total Citations

H-Index

About

Phill-Seung Lee is a pioneering researcher in bio-robotic interfaces and autonomous maritime systems, whose work bridges animal behavior control and marine engineering. His most impactful contribution lies in developing parasitic robot systems for animal guidance—most notably, his 2017 paper on waypoint navigation of turtles (14 citations) demonstrates how external robotic devices can direct untrained animals by leveraging their natural instincts. This approach, further refined in his 2013 study on remote guidance of turtles through voluntary instinct control (8 citations), offers a more efficient alternative to artificial intelligence agents for specialized tasks, such as underwater surveillance or environmental monitoring. In parallel, Lee has advanced autonomous maritime technology with his 2014 work on a ship-to-ship automatic docking system for ocean cargo transfer (11 citations), addressing critical challenges in maritime logistics. His research uniquely combines animal-computer interaction with practical engineering solutions, showcasing how biological systems can be integrated with robotics to perform complex missions. With a growing citation record, Lee’s work continues to inspire new directions in bio-inspired robotics and autonomous systems, particularly in applications where traditional AI may be less effective.