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Publication List - Tohru Yagi (12 / 385 entries)
Domestic Conference (Not reviewed / Unknown)
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Haruto Morishige,
Yuanning Hu,
Hironori Nakatani,
Tohru Yagi.
A Study on Machine Learning Models for Estimating Depressive States from EEG,
医用・生体工学研究会,
Mar. 2026.
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Haruto Hamada,
Zhang Zhuohao,
Phurin Rangpong,
Akima Connelly,
Tohru Yagi.
Comparative EEG Analysis of Japanese Vowel Syllables and Consonant-Vowel Syllables during Auditory Perception and Imagery,
電気学会C部門 医用・生体工学研究会,
Mar. 2026.
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Zhuohao Zhang,
Haruto Hamada,
Phurin Rangpong,
Akima Connelly,
Tohru Yagi.
Hybrid EEG-Based Neural Decoding of Sound Imagery Using Passive Auditory Signals,
2026電気学会 医用・生体工学研究会,
Mar. 2026.
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Teranishi Taiki,
Akima Connelly,
Phurin Rangpong,
Zhuohao Zhang,
Tohru Yagi.
Study on the Detection of Motor Imagery by Real signal mother wavelet,
Mar. 2026.
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Shota Yoshizaki,
Haolin Yang,
Zugui Peng,
Kenta Shimba,
Yoshitaka Miyamoto,
Tohru Yagi.
超音波応答蓋付きDNAナノチューブ開発に向けた研究,
Mar. 2026.
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Hinata Arakawa,
Kenta Shimba,
Yoshitaka Miyamoto,
Tohru Yagi.
孔を拡大する瞳孔散大筋様組織の作製,
2026電気学会 医用・生体工学研究会,
Mar. 2026.
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Phurin Rangpong,
Akima Connelly,
Zhuohao ZHANG,
Tohru Yagi.
Immediate Effect of Motor Imagery Brain-Computer Interface with Augmented Reality Feedback,
電気学会医用・生体工学研究会 2026,
Mar. 2026.
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Matsumoto Kotaro,
Yuri Watanabe,
Takashi Shibata,
Tohru Yagi.
Study on Changes in balance function by Galvanic Vestibular Stimulation (GVS),
電気学会医用・生体工学研究会,
Mar. 2026.
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Konemany Kanlaya,
Akari Hirose,
Meiko Oki,
Kazuhiro Aoki,
Yukio Takeda,
Tohru Yagi.
Development of a Blinking Prosthetic Eye Mechanism Based on Healthy Eye Motion,
電気学会医用・生体工学研究会,
Mar. 2026.
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Haolin Yang,
Shouta Yoshizaki,
Zugui Peng,
Kenta Shimba,
Yoshitaka Miyamoto,
Tohru Yagi.
超音波で開閉制御可能なUS–DNAナノチューブに関する研究,
2026電気学会 医用・生体工学研究会,
Mar. 2026.
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Akima Connelly,
Phurin Rangpong,
Zhuohao Zhang,
Taiki Teranishi,
Tohru Yagi.
Rhythmic Auditory Stimulation Enhances EEG-Based Decoding of Drumming Motor Imagery,
生体工学研究会,
Mar. 2026.
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Hayato Sato,
Kenta Shimba,
Yoshitaka Miyamoto,
Toshio Takayama,
Tohru Yagi.
Development of Cell Patterning Technology Using Magnetic Culture Substrates with Optically Transparent,
2026電気学会 医用・生体工学研究会,
Mar. 2026.
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