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Mid-air tactile display using indirect laser radiation for contour-following stimulation and assessment of its spatial acuity.

, , , , , and . WHC, page 136-141. IEEE, (2017)

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BOLD Signal Change during Driving with Addition Task using fMRI., , , and . BIOIMAGING, page 100-103. SciTePress, (2019)978-989-758-353-7.A framework for integrating management and service in B-ISDN., and . NOMS, page 747-750. IEEE, (1996)MagTacS: Delivering Tactile Sensation over an Object., , , , , and . UIST (Adjunct Volume), page 41-42. ACM, (2016)LaserStroke: Mid-air Tactile Experiences on Contours Using Indirect Laser Radiation., , , , , and . UIST (Adjunct Volume), page 73-74. ACM, (2016)Mid-air tactile display using indirect laser radiation for contour-following stimulation and assessment of its spatial acuity., , , , , and . WHC, page 136-141. IEEE, (2017)Development of an Electroporation System for Preclinical Use., , , , and . BMEI (2), page 798-799. IEEE Computer Society, (2008)978-0-7695-3118-2.Evaluation of somatosensory cortical differences between flutter and vibration tactile stimuli., , , , , and . EMBC, page 4402-4405. IEEE, (2013)Mid-Air Tactile Stimulation Using Indirect Laser Radiation., , , , , , , , , and 2 other author(s). IEEE Trans. Haptics, 9 (4): 574-585 (2016)Mid-air tactile stimulation using laser-induced thermoelastic effects: The first study for indirect radiation., , , , , , , , and . World Haptics, page 374-380. IEEE, (2015)