HANASUI: Multi-view Observable and Movable Fogscreen. - Yu Ishikawa; Masafumi Muta; Junki Tamaru; Eisuke Nakata; Akira Uehara; Junichi Hoshino (ICEC, 2014)

Bionic scope: wearable system for visual extension triggered by bioelectrical signal. - Shota Ekuni; Koichi Murata; Yasunari Asakura; Akira Uehara (SIGGRAPH Posters, 2016)

Lateral Swing Support System for Parkinsonism patients with Freezing of Gait. - Akira Uehara; Hiroaki Kawamoto; Hisamasa Imai; Makoto Shirai; Masatomi Sone; Sachiko Noda; Shigeto Sato; Nobutaka Hattori; Yoshiyuki Sankai (SII, 2020)

Colorable Band: A Wearable Device to Encourage Daily Decision Making Based on Behavior of Users with Color Vision Deficiency. - Akira Uehara (ASSETS, 2021)

Parallel Ping-Pong: Demonstrating Parallel Interaction through Multiple Bodies by a Single User. - Kazuma Takada; Midori Kawaguchi; Yukiya Nakanishi; Akira Uehara; Mark Armstrong; Adrien Verhulst; Kouta Minamizawa; Shunichi Kasahara (SIGGRAPH ASIA Emerging Technologies, 2021)

Parallel Ping-Pong: Exploring Parallel Embodiment through Multiple Bodies by a Single User. - Kazuma Takada; Midori Kawaguchi; Akira Uehara; Yukiya Nakanishi; Mark Armstrong; Adrien Verhulst; Kouta Minamizawa; Shunichi Kasahara (AHs, 2022)

Study on Portable Respiratory Assist System for Independence Living of Neuromuscular Intractable Disease Patients. - Tatsuaki Nemoto; Hiroaki Kawamoto; Akira Uehara; Yoshiyuki Sankai (SII, 2023)

Proposal of Period Modulation Control of Wearable Cyborg HAL Trunk-Unit for Parkinson's Disease/Parkinsonism Utilizing Motor Intention and Dynamics. - Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (SII, 2023)

Study on Gait Stabilization Method Using Wearable Cyborg HAL Trunk-Unit for Parkinson's Disease and Parkinsonism with Freezing of Gait. - K. Ikeda; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (SMC, 2023)

Estimating Finger Joint Angles with Wearable System Based on Machine Learning Model Utilizing 3D Computer Graphics. - Taichi Obinata; Dan Yoshikawa; Akira Uehara; Hiroaki Kawamoto (SMC, 2023)

Development of Anorectal and Core Activation Method with Wearable Cyborg HAL for Defecation Disorder Treatment. - Hayato Tamai; Hiroaki Kawamoto; Akira Uehara; Yoshiyuki Sankai (BioRob, 2024)

Study on Wearable Gaze-Based Communication System for Patients with Amyotrophic Lateral Sclerosis (ALS). - Sawada Nonoka; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (SII, 2024)

Basic Study on Cybernic Interface for Amyotrophic Lateral Sclerosis Patients to Perform Daily Living Tasks by Transiting Seamlessly Between Cyberspace and Physical Space. - Akira Uehara; Yoshiyuki Sankai (SII, 2024)

Effects of Deep Core Activation Method Using Wearable Cyborg HAL in a Supine Position for Ameliorating Defecatory Function: A Pilot Study. - Hayato Tamai; Akira Uehara; Yoshiyuki Sankai; Hiroaki Kawamoto (ICORR, 2025)

Basic Study on Airbag-based Stationary Type Bracing System for Treatment of Scoliosis. - Atsushi Kamo; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (SII, 2025)

Development of Cybernic Mirror System for Improvement of Hand Motor Functions for Patients with Hemiplegia*. - S. Konishi; Hiroaki Kawamoto; Akira Uehara; Yoshiyuki Sankai (SII, 2025)

Study on the Lower Garments Dressing and Undressing Portable Support System for Independent Daily Toilet Activity. - N. Miyazaki; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (SII, 2025)

Communication Method Based on Pupil Diameter Changes for Amyotrophic Lateral Sclerosis (ALS) Patients: A System Designed for Adaptation to Symptom Progression. - Sawada Nonoka; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (SII, 2025)

Study on Robotic Cell Culture Systems for Autonomous Cultivation of Fibroblast Cells. - Akira Uehara; Mirai Hoshikawa; Kazutomo Baba; Andrey Mikhailov; Hiroaki Kawamoto; Yoshiyuki Sankai (SII, 2025)

Translating human information into robot tasks: action sequence recognition and robot control based on human motions. - Taichi Obinata; Kazutomo Baba; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (Frontiers Robotics AI, 2025)

Development of human-collaborative robots to perform daily tasks based on multimodal vital information with cybernics space. - Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (Frontiers Robotics AI, 2025)

Cybernic finger: a wearable cyborg to supplement tactile force sensation and finger motor function for patients with hand paralysis. - Dan Yoshikawa; Akira Uehara; Hiroaki Kawamoto; Yoshiyuki Sankai (Adv. Robotics, 2025)