Investigating the Kappa Effect Elicited Through Concurrent Visual and Tactile Stimulation¶
De Pra, Y. (2024). Investigating the Kappa Effect Elicited Through Concurrent Visual and Tactile Stimulation. IEEE Transactions on Haptics.
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Domain-specific¶
- Kappa effect
- The effect has been measured with wearable devices: tactile stimuli delivered to the palm or forearm produce a kappa effect, though a weaker one than visual stimuli do
This sourceTests perception of sub-second inter-stimulus durations with visual and tactile inputs delivered through wearable devices on the palm and forearm: the kappa effect appeared in both unimodal conditions, with distortions significantly more pronounced in vision, and in the bimodal conditions it disappeared when the visual stimuli were equidistant, regardless of where the tactile stimuli fell (vol. 17, no. 4, pp. 924–934). An earlier version was posted as the preprint “When space rules time: the Kappa effect with concurrent visual and tactile stimulation” (Research Square, 2023; doi 10.21203/rs.3.rs-2517549/v1).
- The effect has been measured with wearable devices: tactile stimuli delivered to the palm or forearm produce a kappa effect, though a weaker one than visual stimuli do
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