Tatsuro Akiyoshi
Papers
2
Total Citations
4
H-Index
2
About
Tatsuro Akiyoshi is a researcher specializing in digital control systems and servo motor design, with a focus on optimizing controller performance for industrial handling machines and robotics. His work addresses critical challenges in the intersection of continuous-time plant dynamics and discrete-time digital control, particularly when operating under lower sampling rates where conventional discretized controllers risk instability. Akiyoshi’s most cited papers, including “Optimal Digital Controller Design for a Servo Motor Taking Account of Intersample Behavior” (2014) and “Optimal Digital Control Systems Design for Handling Machines using dsPIC” (2011), each with 2 citations, propose cost-effective solutions that leverage dsPIC (Digital Signal Processor + Peripheral Interface Controller) technology. These contributions aim to reduce reliance on expensive hardware while maintaining high-performance control, directly benefiting manufacturing automation and robotics. By addressing intersample behavior—a subtle but critical factor in digital control—Akiyoshi helps bridge the gap between theoretical optimal design and practical, affordable implementation. His work is particularly relevant for students and engineers seeking to improve efficiency and cost-effectiveness in industrial servo systems and handling machines.
Research Focus
Key Achievements
Top Papers
- 1
- 2Optimal Digital Control Systems Design for Handling Machines using dsPIC2 citations · 2011