Vincent K.M. Cheung and Tamaka Harada and Shu Sakamoto and Shinichi Furuya
Time-warped representational similarity analysis reveals acoustic contributions to musical pleasure are weakly shaped by autonomic neural inputsiScience | Vol.28, pages 114072, 2025
Cheung, Vincent K M and Shih, Pei-Cheng and Hirano, Masato and Goto, Masataka and Furuya, Shinichi
Inferring trust in recommendation systems from brain,behavioural, and physiological dataoct, 2025
Kaori Kuromiya and Yuya Kobayashi and Masato Hirano and Shinichi Furuya
Motor origins of timbre in piano performanceProceedings of the National Academy of Sciences | Vol.122, pages e2425073122, 2025
Wu, Erwin and Nishioka, Hayato and Furuya, Shinichi and Koike, Hideki
Marker-removal networks to collect precise 3D hand data for RGB-based estimation and its application in piano2023 {IEEE/CVF} Winter Conference on Applications of Computer Vision ({WACV})
Yasuhara, Masaki and Uehara, Kazumasa and Oku, Takanori and Shiotani, Sachiko and Nambu, Isao and Furuya, Shinichi
Robustness and adaptability of sensorimotor skills in expert piano performanceiScience | pages 110400
Liu, Ruofan and Peng, Yichen and Oku, Takanori and Liao, Chen-Chieh and Wu, Erwin and Furuya, Shinichi and Koike, Hideki
PiaMuscle: Improving Piano Skill Acquisition by Cost-effectively Estimating and Visualizing Activities of Miniature Hand MusclesProceedings of the 2025 {CHI} Conference on Human Factors in Computing Systems | pages 1--16, 2025
Furuya, Shinichi and Oku, Takanori and Nishioka, Hayato and Hirano, Masato
Surmounting the ceiling effect of motor expertise by novel sensory experience with a hand exoskeletonSci. Robot. | pages eadn3802, jan, 2025
Cheung, Vincent K.M. and Harada, Tamaka and Sakamoto, Shu and Furuya, Shinichi
Spectral acoustic contributions to musical pleasure are dynamically shaped by autonomic neural inputs2025