1. Representing Numerosity Through Vibration Patterns
- Author
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Astrid M. L. Kappers, Myrthe A. Plaisier, Raymond Holt, Dynamics and Control, Human Technology Interaction, and Control Systems Technology
- Subjects
Computer science ,media_common.quotation_subject ,Vibrations ,Rhythm ,Vibration ,Haptic interfaces ,050105 experimental psychology ,Judgment ,03 medical and health sciences ,0302 clinical medicine ,Pattern recognition ,Perception ,Humans ,0501 psychology and cognitive sciences ,Vision, Ocular ,Visualization ,media_common ,Haptic technology ,Control systems ,Auditory feedback ,Sequence ,business.industry ,05 social sciences ,food and beverages ,Numerosity adaptation effect ,Perceptual judgment ,Haptic perception ,Computer Science Applications ,Human-Computer Interaction ,Numerosity perception ,Vibration pulse sequences ,Error analysis ,Pattern recognition (psychology) ,Auditory Perception ,Visual Perception ,Artificial intelligence ,business ,030217 neurology & neurosurgery - Abstract
It can be useful to display information about numerosity haptically. For instance, to display the time of day or distances when visual or auditory feedback is not possible or desirable. Here, we investigated the possibility of displaying numerosity information by means of a sequence of vibration pulses. From previous studies on numerosity perception in vision, haptics and audition it is known that numerosity judgment can be facilitated by grouping. Therefore, we investigated whether perception of the number of vibration pulses in a sequence can be facilitated by temporally grouping the pulses. We found that indeed temporal grouping can lead to considerably smaller errors and lower error rates indicating that this facilitated the task, but only when participants knew in advance whether the pulses would be temporally grouped. When grouped and ungrouped series of pulses were presented randomly interleaved, there was no difference in performance. This means that temporally grouping vibration sequences can allow the sequence to be displayed at a faster rate while it remains possible to perceive the number of vibration pulses accurately if the users is aware of the temporal grouping.
- Published
- 2020