Toru Osuga

National Institute of Information and Communications Technology

Papers

Total Citations

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About

Toru Osuga is a researcher specializing in wireless communications for industrial automation, with a particular focus on smart factory environments, IoT integration, and mobile robotic systems. His work addresses one of modern manufacturing's most pressing challenges: ensuring reliable, high-performance wireless connectivity in complex, dynamic industrial settings where traditional infrastructure proves inadequate. Osuga's most cited contribution, "Design of Smart Resource Flow Wireless Platform for Flexible Factory Communication" (2019), established foundational principles for managing wireless resources in IoT-dense factory environments, earning four citations. His subsequent research on wireless switching for Automated Guided Vehicles (AGVs) demonstrated practical solutions for seamless connectivity in reconfigurable factory layouts. More recent work has extended his expertise into high-rise warehouse logistics, where he investigates transmission rate control strategies that adapt to challenging physical environments — a problem of growing importance as automated warehousing expands globally. Collectively accumulating ten citations across a focused body of work, Osuga's research bridges theoretical wireless engineering and real-world industrial deployment. His contributions are particularly valuable to engineers and researchers designing next-generation smart factories and logistics systems where wireless reliability directly impacts productivity and operational safety.