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Temporal characteristics of non-grounded translational force and torque display using asymmetric vibrations.

, , и . WHC, стр. 310-315. IEEE, (2017)

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Takeshi Morita

Takeshi Morita

Takeshi Imamura

Takeshi Omori

Takeshi Yasui

 

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Evaluation of the Perceptual Characteristics of a Force Induced by Asymmetric Vibrations., , и . IEEE Trans. Haptics, 11 (2): 220-231 (2018)Proposal and Implementation of Non-grounded Translational Force and Torque Display Using Two Vibration Speakers., , и . AsiaHaptics, том 432 из Lecture Notes in Electrical Engineering, стр. 187-192. Springer, (2016)Temporal characteristics of non-grounded translational force and torque display using asymmetric vibrations., , и . WHC, стр. 310-315. IEEE, (2017)Contribution of Vibration, Tapping Sound, and Reaction Force to Hardness Perception During Indirect Tapping Using a White Cane., , , и . IEEE Trans. Haptics, 15 (2): 246-254 (2022)Motion Guidance Using Translational Force and Torque Feedback by Induced Pulling Illusion., , , , и . EuroHaptics, том 12272 из Lecture Notes in Computer Science, стр. 471-479. Springer, (2020)Effects of Asymmetric Vibration Frequency on Pulling Illusions., , и . Sensors, 20 (24): 7086 (2020)Identification of Physical Factors Contributing to Hardness Perception of Objects during Indirect Tapping using White Canes., , , и . WHC, стр. 451-456. IEEE, (2021)Properties of proprioceptive sensation with a vibration speaker-type non-grounded haptic interface., , и . HAPTICS, стр. 21-26. IEEE, (2016)Induced Pulling Sensation by Synthesis of Frequency Component for Voice-Coil Type Vibrators., , и . AsiaHaptics, том 535 из Lecture Notes in Electrical Engineering, стр. 27-32. Springer, (2018)White Cane-Type Holdable Device Using Illusory Pulling Cues for Orientation & Mobility Training., , , , и . IEEE Access, (2023)