Our paper just pubslied: VT Dagn, M Mourseul, T Wada, "Prediction of Individual Motion Sickness of Bus Passengers Using a 6DoF-SVC Model Driven by Handheld Tablet Motion During Visual Tasks" IEEE Transactions on Intelligent Transportation Systems
https://t.co/KlE34DznEd
Our model of motion sickness requires head movement to estimate the progression of motion sickness. This paper demonstrated that individual motion sickness caused by visual subtasks using a tablet on a bus, can be estimated by using the tablet motion.
I will give an invited talk at the Workshop on Shared and Cooperative Control Systems: Opportunities for AI Applications at the IEEE International Conference on Human-Machine Systems (ICHMS) https://t.co/LJTM0UZ99a
IEEE/RSJ IROS 2025 Workshop on Are You Happy with AV? にお招きいただき講演を行います.
"Computational Models of Human Self-motion Perception and Motion Sickness based on Subjective Vertical Mismatch Theory and Its Application to Vehicle Motion Comfort" https://t.co/1MdOIf2TMo
E. Sato, K. Kajita, K. Ito, T. Wada
Applied Ergonomics (2026)
Motion sickness is more severe in the longitudinal than lateral direction — a simple but important finding for understanding human motion response.
🔗 https://t.co/CXKpgivMSF
🔗 https://t.co/EI8zOHqjZb
#NAIST HuRoLab.
Mohammed Zaffir他, Relationship between perceived maneuverability and compensatory eye movements under systematically varied time constants of ride-on machinery. Exp Br Res, https://t.co/mzrrXZ4gPj
補償性眼球運動精度と搭乗型機械の操作性の相関を示した.科研の成果
Accpeted: Wada, Bos, "Theoretical Considerations on Models of Vestibular Self-motion Perception as Inherent in Computational Frameworks of Motion Sickness", Biological Cybernetics 動揺病モデルに内在するmotion perception部分が満たすべき条件について考察. SVC仮説提唱者Bos博士と共著