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A Standard Methodology to Characterize the Intrinsic Material Properties of Compliant Test Stimuli.

, , , , , and . IEEE Trans. Haptics, 11 (4): 498-508 (2018)

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Imaging the 3-D deformation of the finger pad when interacting with compliant materials., and . HAPTICS, page 7-13. IEEE, (2018)Uncovering Human-to-Human Physical Interactions that Underlie Emotional and Affective Touch Communication., , , , and . WHC, page 407-412. IEEE, (2019)Force-Rate Cues Reduce Object Deformation Necessary to Discriminate Compliances Harder than the Skin., and . IEEE Trans. Haptics, 11 (2): 232-240 (2018)Signal detection effects on deep neural networks utilizing raw IQ for modulation classification., , and . MILCOM, page 121-127. IEEE, (2017)Training Data Augmentation for Deep Learning RF Systems., , , and . CoRR, (2020)Faster Indentation Influences Skin Deformation To Reduce Tactile Discriminability of Compliant Objects., , and . IEEE Trans. Haptics, 16 (2): 215-227 (April 2023)Measuring tactile cues at the fingerpad for object compliances harder and softer than the skin., and . HAPTICS, page 247-252. IEEE, (2016)From Human-to-Human Touch to Peripheral Nerve Responses., , , , , and . WHC, page 592-597. IEEE, (2019)Identifying 3-D spatiotemporal skin deformation cues evoked in interacting with compliant elastic surfaces., , and . HAPTICS, page 35-40. IEEE, (2020)Tactile Exploration Strategies With Natural Compliant Objects Elicit Virtual Stiffness Cues., , , and . IEEE Trans. Haptics, 13 (1): 4-10 (2020)