Yuki Kitahara
Papers
2
Total Citations
7
H-Index
2
About
Yuki Kitahara’s research focuses on the development of autonomous rescue robots for navigating complex disaster environments, particularly collapsed structures caused by earthquakes. His major contributions lie in advancing control systems for sub-crawlers—specialized tracked mechanisms that enable robots to climb stairs and traverse debris without direct human intervention. Kitahara pioneered methods using Laser Range Finders (LRF) to estimate slope angles and stair geometries in real time, allowing rescue robots to autonomously adjust their movements and maintain stability on uneven surfaces. His most-cited work, “Research on controls of sub crawlers for climbing up stairs with LRF for rescue robots” (4 citations), and its companion paper (3 citations) form a foundational pair that demonstrates how sensor-driven autonomy can reduce the operator skill required for high-stakes search-and-rescue missions. By tackling the critical challenge of stair climbing—a major obstacle for ground robots in multistory rubble—Kitahara’s research directly supports the goal of protecting human rescuers while accelerating victim location. His work exemplifies the practical intersection of robotics, sensing, and disaster response, offering a clear pathway toward more capable and accessible rescue platforms.
Research Focus
Key Achievements
Top Papers
- 1
- 2