Virtual muscle force: Communicating kinesthetic forces through pseudo-haptic feedback and muscle input
Proceedings of the 32nd Annual ACM Symposium on User Interface Software and …, 2019•dl.acm.org
Natural haptic feedback in virtual reality (VR) is complex andchallenging, due to the intricacy
of necessary stimuli and re-spective hardware. Pseudo-haptic feedback aims at
providinghaptic feedback without providing actual haptic stimuli butby using other sensory
channels (eg visual cues) for feed-back. We combine such an approach with the additional
inputmodality of muscle activity that is mapped to a virtual force toinfluence the interaction
flow. In comparison to existing approaches as well as to no kines-thetic feedback at all the …
of necessary stimuli and re-spective hardware. Pseudo-haptic feedback aims at
providinghaptic feedback without providing actual haptic stimuli butby using other sensory
channels (eg visual cues) for feed-back. We combine such an approach with the additional
inputmodality of muscle activity that is mapped to a virtual force toinfluence the interaction
flow. In comparison to existing approaches as well as to no kines-thetic feedback at all the …
Natural haptic feedback in virtual reality (VR) is complex andchallenging, due to the intricacy of necessary stimuli and re-spective hardware. Pseudo-haptic feedback aims at providinghaptic feedback without providing actual haptic stimuli butby using other sensory channels (e.g. visual cues) for feed-back. We combine such an approach with the additional inputmodality of muscle activity that is mapped to a virtual force toinfluence the interaction flow.
In comparison to existing approaches as well as to no kines-thetic feedback at all the presented solution significantly in-creased immersion, enjoyment as well as the perceived qualityof kinesthetic feedback.
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