EMS-Supported Throwing: Preliminary Investigation on EMS-Supported Training of Movement Form. - Ryogo Niwa; Kazuya Izumi; Shieru Suzuki; Yoichi Ochiai (HCI (7), 2022)

Computational Alternative Photographic Process toward Sustainable Printing. - Chinatsu Ozawa; Kenta Yamamoto; Kazuya Izumi; Yoichi Ochiai (SIGGRAPH Asia Technical Communications, 2022)

A Preliminary Study on Eye Contact Framework Toward Improving Gaze Awareness in Video Conferences. - Kazuya Izumi; Shieru Suzuki; Ryogo Niwa; Atsushi Shinoda; Ryo Iijima; Ryosuke Hyakuta; Yoichi Ochiai (HCI (1), 2023)

Give Life Back to Alternative Process: Exploring Handmade Photographic Printing Experiments towards Digital Nature Ecosystem. - Chinatsu Ozawa; Kenta Yamamoto; Kazuya Izumi; Yoichi Ochiai (SIGGRAPH Labs, 2023)

ExudedVestibule: Enhancing Mid-air Haptics through Galvanic Vestibular Stimulation. - Shieru Suzuki; Kazuma Aoyama; Ryosei Kojima; Kazuya Izumi; Tatsuki Fushimi; Yoichi Ochiai (SIGGRAPH Posters, 2023)

Alternative Photographic Processes Reimagined: The Role of Digital Technology in Revitalizing Classic Printing Techniques. - Chinatsu Ozawa; Kenta Yamamoto; Kazuya Izumi; Yoichi Ochiai (SIGGRAPH Asia Art Papers, 2023)

See-Through Face Display: Enabling Gaze Communication for Any Face - Human or AI. - Kazuya Izumi; Ryosuke Hyakuta; Ippei Suzuki; Yoichi Ochiai (SIGGRAPH Asia Technical Communications, 2024)

See-Through Face Display: Mutual Gaze Communication in Remote Conversations with Transparent Display. - Kazuya Izumi; Ryosuke Hyakuta; Ippei Suzuki; Yoichi Ochiai (CoRR, 2024)

Floating on the Boundary: Perceptions of Reality in a Half-Digital Half-Physical Bunny. - Takumi Yokoyama; Kazuya Izumi; Tatsuki Fushimi; Yoichi Ochiai (Proc. ACM Comput. Graph. Interact. Tech., 2024)

See-Through Face Display for DHH People: Enhancing Gaze Awareness in Remote Sign Language Conversations with Camera-Behind Displays. - Kazuya Izumi; Akihisa Shitara; Yoichi Ochiai (ETRA, 2025)

AnimeGaze: Real-Time Mutual Gaze Synthesis for Anime-Style Avatars in Physical Environments via Behind-Display Camera. - Kazuya Izumi; Shuhey Koyama; Yoichi Ochiai (CoRR, 2025)