Gwang Jin Kim
Papers
1
Total Citations
2
H-Index
1
About
Gwang Jin Kim is a robotics researcher whose work centers on multi-robot systems, simulation, and the challenges of uncertainty in autonomous motion. His most cited paper, "Simulator Implementing Uncertainties in Motion for Robots in a Network" (2007), introduces a networked simulation framework that accounts for real-world unpredictability in robot movement. By integrating Inter-Process Communication (IPC) over TCP-IP, the simulator connects four core units—communication, robot control, sensing, and environment modeling—to create a more realistic testbed for multi-robot coordination. This contribution is foundational for researchers developing robust algorithms for robot teams operating under imperfect conditions. While his citation count remains modest, Kim’s work addresses a critical gap in robotics: bridging the gap between idealized simulations and the noisy, uncertain reality of physical robot networks. His simulator provides a valuable tool for studying how communication delays and motion errors affect system performance, making it relevant for fields like swarm robotics and distributed autonomous systems. Kim’s research continues to influence how engineers design and validate multi-robot systems in unpredictable environments.
Research Focus
Key Achievements
Top Papers
- 1Simulator Implementing Uncertainties in Motion for Robots in a Network2 citations · 2007