Yusuke Kumura
Papers
1
Total Citations
2
H-Index
1
About
Yusuke Kumura is a researcher specializing in low-power embedded and distributed real-time systems, with a focus on energy-efficient communication in multi-processor environments. His work addresses the critical challenge of reducing power consumption in systems like humanoid robots, where multiple processors are interconnected via real-time networks such as Responsive Link. His most-cited paper, "A Low-Power Link Speed Control Method on Distributed Real-Time Systems" (2013), introduces a dynamic link speed control technique that adjusts data transmission rates to meet timing constraints while minimizing energy use—a key contribution to sustainable real-time computing. Though his citation count is modest (2 citations for this work), his research is foundational for developers seeking to balance performance and power in latency-sensitive applications. Kumura’s contributions are particularly notable for their practical relevance to embedded systems design, offering a method that can be directly applied to reduce energy footprints without sacrificing real-time guarantees. His work continues to inform advancements in low-power network protocols for distributed control systems.
Research Focus
Key Achievements
Top Papers
- 1A Low-Power Link Speed Control Method on Distributed Real-Time Systems2 citations · 2013