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Ear differences in the recall of fricatives and vowels.

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TLDR
The results of two experiments on the free recall of dichotically presented synthetic speech sounds are interpreted as demonstrating that there are differences between the ears, and probably between the hemispheres, at some stage between the acoustic analysis of the signal and its identification as a phonetic category.
Abstract
Two experiments on the free recall of dichotically presented synthetic speech sounds are reported. The first shows that the right ear advantage for initial fricative consonants is not simply a function of the recognition response class, but that it is also a function of the particular acoustic cues used to achieve that response. This is true both for the whole response, and for the constituent phonetic features. The second experiment shows that when both the response class and the particular stimuli presented on certain trials are held constant, the right ear advantage for the constant stimuli can be influenced by the range of other stimuli occurring in the experiment. Vowels show a right ear advantage when, within the experiment, there is uncertainty as to vocal tract size, but they show no ear advantage when all the vowels in the experiment are from the same vocal tract. These results are interpreted as demonstrating that there are differences between the ears, and probably between the hemispheres, at s...

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Citations
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The nature of hemispheric specialization in man

TL;DR: The traditional verbal/nonverbal dichotomy is inadequate for completely describing cerebral lateralization as mentioned in this paper, and evidence for a specialist left-hemisphere mechanism dedicated to the encoded speech signal is weakening, and the right hemisphere possesses considerable comprehensional powers.
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Cerebral Dominance in Musicians and Nonmusicians

TL;DR: Contrary to previous reports, music perception supports the hypothesis that the left hemisphere is dominant for analytic processing and the right hemisphere for holistic processing.
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Neural Lateralization of Species-Specific Vocalizations by Japanese Macaques (Macaca fuscata)

TL;DR: The results suggest that Japanese macaques engage left-hemisphere processors for the analysis of communicatively significant sounds that are analogous to the lateralized mechanisms used by humans listening to speech.
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Phonetic Ability and Related Anatomy of the Newborn and Adult Human, Neanderthal Man, and the Chimpanzee

TL;DR: In this paper, a computer program was used to model the vocal tract area functions of newborn Homo sapiens and chimpanzee to make best possible approximations to the human vowels [a, [i], and [u], as well as certain consonantal configurations.
References
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Book

Perception and communication

TL;DR: In this paper, the authors describe a transition between behaviourist learning theory and the modern information processing or cognitive approach to perception and communication skills, and provide a principal starting point for theoretical and experimental work on selective attention.
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An analysis of perceptual confusions among some English consonants.

TL;DR: In this paper, an articulatory analysis of 16 English consonants was performed over voice communication systems with frequency distortion and with random masking noise. The listeners were forced to guess at every sound and a count was made of all the different errors that resulted when one sound was confused with another.
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Functional Asymmetry of the Brain in Dichotic Listening

TL;DR: In this paper, the authors reviewed the evidence relating lateral asymmetry in auditory perception to the asymmetrical functioning of the two hemispheres of the brain and described some applications of the dichotic listening technique to questions concerned with the development of cerebral dominance.
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