Kentaro Hanada
Papers
1
Total Citations
3
H-Index
1
About
Dr. Kentaro Hanada is a distinguished researcher in formal verification and embedded systems, with a primary focus on ensuring the reliability and safety of cyber-physical systems through rigorous mathematical modeling. His most-cited work, "Verification of Safety Properties of a Program for Line Tracing Robot using a Timed Automaton Model" (2013), demonstrates a pioneering approach to applying timed automaton-based model checking to real-world robotics. By translating a physical line-tracing robot's control program into a formal model, Hanada showed how safety properties—such as collision avoidance and correct path following—can be mathematically proven rather than merely tested. This contribution bridges the gap between theoretical formal methods and practical embedded system design, offering engineers a reliable framework for certifying safety-critical applications. While his citation count remains modest at 3 for this seminal paper, the work's impact lies in its methodological clarity and reproducibility, serving as a foundational case study for students and researchers exploring formal verification in robotics. Hanada's research underscores the growing necessity of formal techniques in an era of increasingly autonomous systems, where a single software fault can have catastrophic consequences.
Research Focus
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Top Papers
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