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Acoustic Finger Force Measurement with Lateral Ultrasonic Surface Haptic Devices for Friction Reduction Estimation., , , , and . WHC, page 67-72. IEEE, (2021)Texture Rendering Strategies with a High Fidelity - Capacitive Visual-Haptic Friction Control Device., , , , and . EuroHaptics (1), volume 9774 of Lecture Notes in Computer Science, page 251-260. Springer, (2016)Analysis of a New Haptic Display Coupling Tactile and Kinesthetic Feedback to Render Texture and Shape., , , and . EuroHaptics (2), volume 6192 of Lecture Notes in Computer Science, page 87-93. Springer, (2010)Using an Ultrasonic Transducer: Evidence for an Anisotropic Deprivation of Frictional Cues in Microtexture Perception., , , , and . WHC, page 385-390. IEEE Computer Society, (2007)Role of fingerprint mechanics and non-Coulombic friction in ultrasonic devices., , , , , and . World Haptics, page 43-48. IEEE, (2015)Comparison Between Normal and Lateral Vibration on Surface Haptic Devices., , , , and . WHC, page 199-204. IEEE, (2019)Merging two tactile stimulation principles: electrovibration and squeeze film effect., , and . World Haptics, page 199-203. IEEE, (2013)Haptic perception of curvature through active touch., , , and . World Haptics, page 533-538. IEEE Computer Society, (2011)Control and evaluation of a 2-D multimodal controlled-friction display., , , , and . WHC, page 593-598. IEEE, (2017)Fundamental Acoustical Finger Force Calculation for Out-of-Plane Ultrasonic Vibration and its Correlation with Friction Reduction., , , , , and . WHC, page 413-418. IEEE, (2019)