Masao Ohtsuka

Papers

Total Citations

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About

Masao Ohtsuka is a pioneering figure in the integration of biomedical signal processing and robotic control, with a particular focus on electromyography (EMG)-driven systems. His seminal 1991 paper, "Fuzzy Control of Robot Hand Based on EMG," laid foundational groundwork for using fuzzy logic to interpret muscle signals for prosthetic and robotic hand control, a concept that has since influenced human-machine interface design. Though his early work garnered modest attention, its conceptual significance has grown over time, inspiring later advances in adaptive, bio-inspired robotics. Ohtsuka’s contributions bridge the gap between neural signal interpretation and mechanical actuation, offering a pathway toward more intuitive, responsive assistive devices. His research underscores the potential of fuzzy systems in handling the inherent uncertainty of biological signals, a challenge that remains central to modern neuroprosthetics. While his citation count reflects the niche but enduring nature of his work, Ohtsuka’s legacy endures in the continued exploration of EMG-based control for rehabilitation and human augmentation, making him a respected early innovator in the field.