Yoshiaki Tanaka
Papers
1
Total Citations
2
H-Index
1
About
Yoshiaki Tanaka is a control systems engineer whose research focuses on the dynamics and digital control of electromechanical systems, particularly motor drives and resonant mechanical loads. His most-cited work, "Design of the Digital Speed Control System for the Resonance System Based on the Pole Assignment Methods" (1997), addresses a critical challenge in industrial automation: achieving high-speed response in motor-driven systems while managing the mechanical resonance that arises from reduced system stiffness. By applying pole assignment techniques to digital speed controllers, Tanaka provided a systematic method for stabilizing resonant systems—a problem common in steel rolling mills, NC machines, and robotics. Though his citation count is modest (2 citations for this paper), his contribution lies in bridging classical control theory with practical digital implementation for industrial applications. His work underscores the trade-off between faster response and mechanical integrity, offering engineers a design framework for robust performance. Tanaka’s research remains relevant to modern servo drives and motion control, where resonance suppression is key to precision and reliability.
Research Focus
Key Achievements
Top Papers
- 1