Geun-Mo Kim
Papers
1
Total Citations
2
H-Index
1
About
Geun-Mo Kim is a pioneering researcher in magnetic sensing and autonomous navigation systems, with a primary focus on developing precise position detection technologies for self-driving vehicles and robots. His most influential work, "Magnetic Position Sensing System for Autonomous Vehicle and Robot Guidance" (2007), introduces a novel magnetic field-based positioning method that addresses a critical challenge in autonomous navigation: accurate real-time location awareness along travel paths. Kim's key contribution lies in his innovative approach to eliminating Earth's magnetic field interference—a fundamental disturbance in magnetic sensing systems—by configuring multiple single-axis magnetic sensor arrays. By leveraging the linear operating region of these sensors, he developed a highly precise position recognition system that significantly improves the reliability of magnetic-based autonomous guidance. This work has accumulated 2 citations and represents a foundational advancement in the field, offering a practical solution for both autonomous vehicles and robotic systems requiring robust, interference-resistant positioning. Kim's research continues to influence the development of magnetic sensing technologies for intelligent transportation and robotics applications.
Research Focus
Key Achievements
Top Papers
- 1