Evaluation of the Fusional Limit between the Front and Rear Images in Depth-Fused 3-D Visual Illusion. - Hideaki Takada; Shiro Suyama; Munekazu Date (IEICE Trans. Electron., 2006)

Front and rear image generation module for depth-fused 3-D display. - Hideaki Takada; Shiro Suyama; Munekazu Date; Kazuo Kimura (IEEE Trans. Consumer Electron., 2006)

Protruding apparent 3D images in depth-fused 3D display. - Hideaki Takada; Shiro Suyama; Munekazu Date; Yoshimitsu Ohtani (IEEE Trans. Consumer Electron., 2008)

Video conference 3-D display that fuses images to replicate gaze direction. - Kazuyuki Iso; Munekazu Date; Hideaki Takada; Yasuko Andoh; Shiro Ozawa; Norihiko Matsuura (IAS, 2011)

Highly realistic 3D display system for space composition telecommunication. - Munekazu Date; Hideaki Takada; Shiro Ozawa; Satoshi Mieda; Akira Kojima (IAS, 2013)

Expressing Observation Direction through Face and Body Rotation in a Multi-user Conversation Setting. - Satoshi Mieda; Shiro Ozawa; Munekazu Date; Hideaki Takada; Yoshiaki Kurokawa; Akira Kojima (HCI (2), 2014)

MulDiRoH: An Evaluation of Facial Direction Expression in Teleconferencing on a Multi-view Display System. - Shiro Ozawa; Satoshi Mieda; Munekazu Date; Hideaki Takada; Akira Kojima (HCI (12), 2014)

Real-time viewpoint image synthesis using strips of multi-camera images. - Munekazu Date; Hideaki Takada; Akira Kojima (SD&A, 2015)

Measurement of Lens Accommodation During Viewing of DFD Images. - Tatsuya Yamakawa; Hideaki Takada; Munekazu Date; Takehito Kojima; Ichizo Morita; Yuma Honda; Masaru Miyao (HCI (8), 2015)

Low power driving techniques for 1-pixel displays. - Hiroyuki Manabe; Munekazu Date; Hideaki Takada; Hiroshi Inamura (IAS, 2015)

Low-Power Driving Technique for 1-Pixel Display Using an External Capacitor. - Hiroyuki Manabe; Munekazu Date; Hideaki Takada; Hiroshi Inamura (IEICE Trans. Electron., 2015)

Accommodation response for visually equivalent light field 3D display. - Munekazu Date; Hiroshi Fujii; Hideaki Kimata; Takehito Kojima; Kohei Iwata; Ryota Kimura; Akihiro Sugiura; Masaru Miyao (IAS, 2017)

Full Parallax Table Top 3D Display Using Visually Equivalent Light Field. - Munekazu Date; Megumi Isogai; Hideaki Kimata (VR, 2019)

Visually Equivalent Light Field 3D for Portable Displays. - Munekazu Date; Shinya Shimizu; Susumu Yamamoto (IAS, 2021)

Depth Range Control in Visually Equivalent Light Field 3D. - Munekazu Date; Shinya Shimizu; Hideaki Kimata; Dan Mikami; Yoshinori Kusachi (IEICE Trans. Electron., 2021)