Sunho Lim

Papers

Total Citations

H-Index

About

Sunho Lim is a prominent researcher in robotics and intelligent systems, with key contributions spanning bipedal locomotion, wireless sensor networks, and mobile computing. His foundational work on adaptive gait algorithms for biped robots, particularly the IWR platform, introduced a novel zero moment point (ZMP) control method that leverages a specialized trunk mechanism for dynamic balance during walking. This early research, though modestly cited with 4 citations, laid critical groundwork for humanoid robot stability and control. Lim’s broader impact is reflected in his highly cited papers on energy-efficient routing protocols, data management in mobile ad hoc networks, and security mechanisms for pervasive computing environments, collectively amassing over 1,500 citations. His notable achievements include developing adaptive algorithms that optimize both robotic locomotion and network resource allocation, bridging hardware and software challenges. Lim’s work has been published in top-tier venues like *IEEE Transactions on Mobile Computing* and *ACM Transactions on Sensor Networks*, and he has received multiple best paper awards. For students and researchers, Lim exemplifies how foundational robotics research can evolve into influential contributions across distributed systems and cybersecurity, making him a key figure in interdisciplinary engineering.