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ComforTable User Interfaces: Surfaces Reduce Input Error, Time, and Exertion for Tabletop and Mid-air User Interfaces.

, , , , and . ISMAR, page 150-159. IEEE, (2022)

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Introducing Mental Workload Assessment for the Design of Virtual Reality Training Scenarios., , , and . VR, page 662-671. IEEE, (2020)Characterizing Physiological Responses to Fear, Frustration, and Insight in Virtual Reality., and . IEEE Trans. Vis. Comput. Graph., 28 (11): 3917-3927 (2022)Controllers or Bare Hands? A Controlled Evaluation of Input Techniques on Interaction Performance and Exertion in Virtual Reality., , , , and . IEEE Trans. Vis. Comput. Graph., 29 (11): 4633-4643 (November 2023)Towards the Exploitation of Mental Workload in Virtual Reality. (Vers l'exploitation de la charge mentale de travail dans les systèmes de réalité virtuelle).. University of Rennes 1, France, (2021)Toward Intuitive 3D User Interfaces for Climbing, Flying and Stacking., , , , , and . VR, page 860-861. IEEE Computer Society, (2018)Studying the Mental Effort in Virtual Versus Real Environments., , , and . VR, page 809-816. IEEE, (2019)Pyramid Escape: Design of Novel Passive Haptics Interactions for an Immersive and Modular Scenario., , , , , , , , , and . VR, page 1409-1410. IEEE, (2019)ComforTable User Interfaces: Surfaces Reduce Input Error, Time, and Exertion for Tabletop and Mid-air User Interfaces., , , , and . ISMAR, page 150-159. IEEE, (2022)Towards Real-Time Recognition of Users Mental Workload Using Integrated Physiological Sensors Into a VR HMD., , , , , and . ISMAR, page 425-437. IEEE, (2020)A Survey on Affective and Cognitive VR., , , and . IEEE Trans. Vis. Comput. Graph., 28 (12): 5154-5171 (2022)