Listeners perceive speech sounds relative to context. Contextual influences might differ over hemispheres if different types of auditory processing are lateralized. Hemispheric differences in contextual influences on vowel perception were investigated by presenting speech targets and both speech and non-speech contexts to listeners’ right or left ears (contexts and targets either to the same or to opposite ears). Listeners performed a discrimination task. Vowel perception was influenced by acoustic properties of the context signals. The strength of this influence depended on laterality of target presentation, and on the speech/non-speech status of the context signal. We conclude that contrastive contextual influences on vowel perception are...
The left hemisphere specialization for speech perception might arise from asymmetries at more basic ...
Four experiments explored the relative contributions of spectral content and phonetic labeling in ef...
The acoustic dimensions that distinguish speech sounds (like the vowel differences in "boot" and "bo...
Item does not contain fulltextListeners perceive speech sounds relative to context. Contextual influ...
International audienceThe left hemisphere preference for verbal stimuli is well known, with a right ...
Recent evidence suggests a relative right-hemispheric specialization for emotional prosody perceptio...
The left hemisphere specialization for speech perception might arise from asymmetries at more basic ...
The right-ear advantage (REA) for linguistic stimuli (Kimura, 1961, 1967) is thought to represent an...
In order to gain a better understanding of how hearing loss influences speech perception, the influe...
It is generally known that each hemisphere of the human brain has different functions in the percept...
Paper presentationWhen different speech sounds are presented to the left and right ear simultaneousl...
On each trial, subjects were played a dichotic pair of syllables differing in the consonant (/ba/,/d...
International audienceDichotic listening experiments show a right-ear advantage (REA), reflecting a ...
Recent work has found support for two dissociable and parallel neural subsystems underlying object ...
Right-ear advantages of different magnitudes occur systematically in dichotic listening for differen...
The left hemisphere specialization for speech perception might arise from asymmetries at more basic ...
Four experiments explored the relative contributions of spectral content and phonetic labeling in ef...
The acoustic dimensions that distinguish speech sounds (like the vowel differences in "boot" and "bo...
Item does not contain fulltextListeners perceive speech sounds relative to context. Contextual influ...
International audienceThe left hemisphere preference for verbal stimuli is well known, with a right ...
Recent evidence suggests a relative right-hemispheric specialization for emotional prosody perceptio...
The left hemisphere specialization for speech perception might arise from asymmetries at more basic ...
The right-ear advantage (REA) for linguistic stimuli (Kimura, 1961, 1967) is thought to represent an...
In order to gain a better understanding of how hearing loss influences speech perception, the influe...
It is generally known that each hemisphere of the human brain has different functions in the percept...
Paper presentationWhen different speech sounds are presented to the left and right ear simultaneousl...
On each trial, subjects were played a dichotic pair of syllables differing in the consonant (/ba/,/d...
International audienceDichotic listening experiments show a right-ear advantage (REA), reflecting a ...
Recent work has found support for two dissociable and parallel neural subsystems underlying object ...
Right-ear advantages of different magnitudes occur systematically in dichotic listening for differen...
The left hemisphere specialization for speech perception might arise from asymmetries at more basic ...
Four experiments explored the relative contributions of spectral content and phonetic labeling in ef...
The acoustic dimensions that distinguish speech sounds (like the vowel differences in "boot" and "bo...