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Random Forest for Modeling and Rendering of Viscoelastic Deformable Objects.

, , , and . AsiaHaptics, volume 535 of Lecture Notes in Electrical Engineering, page 48-53. Springer, (2018)

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Identifying Contact Fingers on Touch Sensitive Surfaces by Ring-Based Vibratory Communication., , , and . UIST, page 208-222. ACM, (2021)VibEye: Vibration-Mediated Object Recognition for Tangible Interactive Applications., , , , and . CHI, page 676. ACM, (2019)Perceptual Simultaneity Between Vibrotactile and Impact Stimuli., and . WHC, page 148-155. IEEE, (2023)Human Recognition Performance of Simple Spatial Vibrotactile Patterns on the Torso., , , and . WHC, page 20-27. IEEE, (2023)Random Forest for Modeling and Rendering of Viscoelastic Deformable Objects., , , and . AsiaHaptics, volume 535 of Lecture Notes in Electrical Engineering, page 48-53. Springer, (2018)Length Perception Model for Handheld Controllers: The Effects of Diameter and Inertia., , and . IEEE Trans. Haptics, 14 (2): 310-315 (2021)Body-Penetrating Tactile Phantom Sensations., , , and . CHI, page 1-13. ACM, (2020)A Preliminary Study on the Perceptual Independence Between Vibrotactile and Thermal Senses., , , , , and . EuroHaptics, volume 13235 of Lecture Notes in Computer Science, page 75-83. Springer, (2022)Visuo-haptic Crossmodal Shape Perception Model for Shape-Changing Handheld Controllers Bridged by Inertial Tensor., , and . CHI, page 699:1-699:18. ACM, (2023)Augmenting Perceived Length of Handheld Controllers: Effects of Object Handle Properties., and . CHI, page 420:1-420:11. ACM, (2024)