Wakabayashi M, Kitaguchi M, Sato H, Naito T. Experimental verification for perceptual and cognitive processing of visual aesthetic experiences. Vision Research. 2021. 185. 68-76
Shiraishi YR, Sato H, Sanada TM, Naito T. Reconstructed spatial receptive field structures by reverse correlation technique explains the visual feature selectivity of units in deep convolutional neural networks. arXiv. 2021. arXiv:2103.02587. 1-18
Kitaguchi M, Tsuyuguchi S, Hashizume M, Kato A, Naito T, Sato H. Development and application of a highly sensitive color vision system. IEICE Technical Report. 2021. 120. 375. 78-83
Fujita Kazuki, Kojima Rie, Shimamoto Hideki, Naito Tomoyuki. Association between Physical Activity Introduced Using the Stages-of-Change Model and Depressive Symptoms in University Freshmen. Japanese Journal of School Health. 2019. 61. 5. 246-257
Matsumoto Eriko, Shirai Risako, Itakura Fumiaki, Naito Tomoyuki, Inagaki Mikio, Sato Hiromichi, Osaka Naoyuki. Multiple approaches for analyzing of fear: experimental psychology, cinema studies and neuroscience. The Proceedings of the Annual Convention of the Japanese Psychological Association. 2018. 82. 0. SS-056-SS-056
Tomoya Kawashima, Mathieu Lajante, Masahiro Wakabayashi, Masatoshi Kitaguchi, Tomoyuki Naito, Eriko Matsumoto. Individual differences in reward sensitivity and both liking and wanting food with novel package design. INTERNATIONAL JOURNAL OF PSYCHOLOGY. 2016. 51. 173-173
Eriko Matsumoto, Tomoya Kawashima, Miho Takeuchi, Mathieu Lajante, Masahiro Wakabayashi, Masatoshi Kitaguchi, Tomoyuki Naito. Distinctive effects of visual novelty of package design between aesthetic preference and want to eat judgment. INTERNATIONAL JOURNAL OF PSYCHOLOGY. 2016. 51. 176-176
Naito T. Psychological modeling of aesthetic sensibility and its individuality. The Japanese Journal of Psychonomic Science. 2016. 34. 2. 282-285
Tomoyuki Naito. The commonality and individuality in artistic sensitivity. VISION. 2015. 27. 1. 4-6
Suematsu N, Naito T, Miyoshi T, Sawai H, Sato H. Spatiotemporal receptive field structures in retinogeniculate connections of cat. Frontiers in systems neuroscience. 2013. 7. 103