Human Evaluation of Visual and Haptic Interaction. - Hiroshi Ando; Yuichi Sakano; Hirosh Ashida (HCI (8), 2007)

Human cortical areas involved in perception of surface glossiness. - Atsushi Wada; Yuichi Sakano; Hiroshi Ando (NeuroImage, 2014)

Depth Recognition in 3D Translucent Stereoscopic Imaging of Medical Volumes by Means of a Glasses-Free 3D Display. - Yurina Kitaura; Kyoko Hasegawa; Yuichi Sakano; Roberto Lopez-Gulliver; Liang Li 002; Hiroshi Ando; Satoshi Tanaka (ACIT/CSII/BCD, 2017)

Quantitative evaluation of perceived depth of transparently-visualized medical 3D data presented with a multi-view 3D display. - Yuichi Sakano; Yurina Kitaura; Kyoko Hasegawa; Roberto Lopez-Gulliver; Liang Li 002; Hiroshi Ando; Satoshi Tanaka (Int. J. Model. Simul. Sci. Comput., 2018)

Effect of Multiple Iso-surfaces in Depth Perception in Transparent Stereoscopic Visualizations. - Daimon Aoi; Kyoko Hasegawa; Liang Li 002; Yuichi Sakano; Satoshi Tanaka (AsiaSim, 2019)

Visual Guide to Improving Depth Perception in See-Through Visualization of Laser-Scanned 3D Point Clouds. - Kyouma Nishimura; Liang Li 002; Kyoko Hasegawa; Atsushi Okamoto; Yuichi Sakano; Satoshi Tanaka (AsiaSim, 2019)

Improving Depth Perception Using Edge Highlighting in Transparent Stereoscopic Visualizations of Laser-Scanned 3D Point Clouds. - Daimon Aoi; Kyoko Hasegawa; Liang Li 002; Yuichi Sakano; Naohisa Sakamoto; Satoshi Tanaka (AsiaSim (1), 2022)

Conditions of a Multi-View 3D Display for Accurate Reproduction of Perceived Glossiness. - Yuichi Sakano; Hiroshi Ando (IEEE Trans. Vis. Comput. Graph., 2022)

Edge highlighting of laser-scanned point clouds improves the accuracy of perceived depth in transparent multi-view 3D visualizations. - Daimon Aoi; Kyoko Hasegawa; Liang Li 002; Yuichi Sakano; Naohisa Sakamoto; Satoshi Tanaka (Int. J. Model. Simul. Sci. Comput., 2024)

Edge highlighting with depth-dependent opacity gradation of laser-scanned point clouds improves the accuracy of perceived depth in transparent multi-view 3D visualizations. - Daimon Aoi; Kyoko Hasegawa; Liang Li 002; Yuichi Sakano; Naohisa Sakamoto; Satoshi Takatori; Satoshi Tanaka (J. Vis., 2024)