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The effects of walking, feedback and control method on pressure-based interaction.

, , , , and . Mobile HCI, page 147-156. ACM, (2011)

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Perception of Ultrasound Haptic Focal Point Motion., and . ICMI, page 697-701. ACM, (2021)In the Heat of the Moment: Subjective Interpretations of Thermal Feedback During Interaction., , and . CHI, page 2063-2072. ACM, (2015)Mapping Abstract Visual Feedback to a Dimensional Model of Emotion., , and . CHI Extended Abstracts, page 1779-1787. ACM, (2016)PassengXR: A Low Cost Platform for Any-Car, Multi-User, Motion-Based Passenger XR Experiences., , , and . UIST, page 2:1-2:15. ACM, (2022)Tempera-tour, hot apps, cool widgets: thermal feedback for mobile devices., , , and . Mobile HCI (Companion), page 211-212. ACM, (2012)Light it Up: Evaluating Versatile Autonomous Vehicle-Cyclist External Human-Machine Interfaces., , , , and . CHI, page 90:1-90:20. ACM, (2024)What Do You Like? Early Design Explorations of Sound and Haptic Preferences., , , , , and . MobileHCI Adjunct, page 766-773. ACM, (2015)Pimp My Ride: Designing Versatile eHMIs for Cyclists., , , and . AutomotiveUI, page 213-223. ACM, (2023)Augmenting Media with Thermal Stimulation., , , , and . HAID, volume 7468 of Lecture Notes in Computer Science, page 91-100. Springer, (2012)Using Dynamic Audio Feedback to Support Peripersonal Reaching in Young Visually Impaired People., and . ASSETS, page 209-218. ACM, (2016)