Kosuke Ishizaki
Papers
2
Total Citations
4
H-Index
2
About
Kosuke Ishizaki is a robotics researcher focused on the dynamic control and stabilization of underactuated systems, particularly two-wheeled robots designed for human-robot collaboration. His work addresses a critical challenge in cooperative robotics: maintaining balance while performing tasks that shift the robot’s center of gravity (CoG), such as manipulating an arm to retrieve objects from shelves. In his 2023 paper "Model-Based Pitch Angle Compensation for Center of Gravity Variation in Underactuated System with an Arm," he proposes a control strategy that compensates for CoG shifts in real-time, enabling stable operation in human-like, high-center-of-gravity robots. Similarly, his work on "Posture Stabilization Control Compensating Variation of Body Center of Gravity in Underactuated System" tackles the inherent instability of compact, tall robots—ideal for navigating narrow workspaces alongside humans. While his citation counts are currently modest (2 each), these contributions are timely, given the growing demand for agile, safe collaborative robots in aging societies. Ishizaki’s research lays essential groundwork for next-generation robots that can work seamlessly in human environments, balancing agility with stability.
Research Focus
Key Achievements
Top Papers
- 1
- 2