Toshiyuki Suzuyama

Nagaoka University of Technology, Nagaoka University

Papers

Total Citations

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About

Toshiyuki Suzuyama is a leading researcher in the field of real-world haptics and bilateral control systems, with a focus on advancing human-robot interaction through force feedback technology. His primary research areas include decoupled haptic transmission, multilateral control, and wideband acceleration control—innovations that enable robots to transmit tactile sensations with high fidelity. Suzuyama’s major contributions include pioneering a decoupled bilateral control method that separates position and force control loops, allowing for more stable and transparent haptic communication between master and slave devices. His 2006 paper, "Decoupled haptic transmission by multilateral control" (10 citations), introduced a noble acceleration-based control architecture using disturbance observers, laying the groundwork for future haptic systems. In 2007, he extended this work with "Decoupling Type Multilateral Control by Using Identity Ratio" (5 citations), which refined the control strategy for multi-user scenarios. His research on "Bilateral Force Feedback Control Based on Wideband Acceleration Control" (2 citations) further emphasized the importance of high-bandwidth control for realistic haptic feedback. Suzuyama’s work is foundational for human support engineering, promising to make robots more intuitive and responsive partners in fields from telemedicine to remote manipulation.