Coherence explained
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2021 Adding an extra measure of coherence to the three events, the full slate of Beethoven Concertos was performed by a single soloist, the exceptional English pianist Paul Lewis. Justin Changfilm Critic, Los Angeles Times, 7 June 2022 Blackness, in Kang’s telling, equals real coherence, real grievance.
#Coherence explained pro
125, 1040– 1049.Recent Examples on the Web Tobias Harris, Tyrese Maxey, Seth Curry and countless other pro ballers step up in the game sequences, which are excitingly shot by Zak Mulligan and edited with propulsive snap and coherence by Tom Costain, Brian Robinson and Keiko Deguchi. “ Effects of temporal uncertainty and temporal expectancy on infants' auditory sensitivity,” J. “ Imitation and the emergence of segments,” Phonetica 57, 275– 283. “ On the perceptual organization of speech,” Psychol. “ On the bistability of sine wave analogues of speech,” Psychol. “ Phonetic coherence in duplex perception: Effects of acoustic differences and lexical status,” J. “ Coherence masking protection for speech signals in children and adults,” Atten. “ The role of coarticulatory effects in the perception of fricatives by children and adults,” J. “ The effect of segmental order on fricative labeling by children and adults,” Percept. “ Developmental weighting shifts for noise components of fricative-vowel syllables,” J. “ Coherence in children's speech perception,” J. “ Learning to perceive speech: How fricative perception changes, and how it stays the same,” J. “ Age-related differences in perceptual effects of formant transitions within syllables and across syllable boundaries,” J. “ Frequency discrimination in children: Perception, learning and attention,” Hear. (02)00157-9, Google Scholar Crossref, ISI “ Gradient effects of within-category phonetic variation on lexical access,” Cognition 86, B33– B42. (83)90030-6, Google Scholar Crossref, ISI “ Some differences between phonetic and auditory modes of perception,” Cognition 14, 211– 235. “ Transformed up-down methods in psychoacoustics,” J. “ Development of basic auditory discrimination in preschool children,” Psychol. “ Spectral integration of speech bands in normal-hearing and hearing-impaired listeners,” J. “ Masking protection in the perception of auditory objects,” Speech Commun. “ Coherence masking protection in speech sounds: The role of formant synchrony,” Percept. “ Coherence masking protection in brief noise complexes: Effects of temporal alignment,” J. “ Perceptual grouping of speech components differing in fundamental frequency and onset-time,” Quart. “ Noncategorical perception of stop consonants differing in VOT,” J. Auditory Scene Analysis ( MIT Press, Cambridge, MA), pp. Zetterstrom ( Stockton Press, New York), pp. “ Acoustic investigations of cross-linguistic variability in babbling,” in Precursors of Early Speech, edited by B. de, Sagart, L., Halle, P., and Durand, C. , Google Scholar Crossrefīoysson-Bardies, B. “ Discovering phonetic coherence in acoustic patterns,” Percept. T., Studdert-Kennedy, M., Manuel, S., and Rubin-Spitz, J. “ Adults listen selectively Infants do not,” Psychol. “ Some developmental processes in speech perception,” Child Phonology 2, 67– 96. It was again concluded that children are obliged to recognize speech signals as broad spectral patterns.Īslin, R. Children again showed greater CMP than adults, but none of the three hypotheses could explain their CMP. Adults, eight-year-olds, and five-year-olds labeled stimuli in five conditions: F1 only and F1 + a constant cosignal (both used previously) were benchmarks for comparing thresholds for F1 + 3 new cosignals. The current study tested three alternative, auditory explanations for the observed coherence of target + cosignal: (1) unique spectral shapes of target + cosignal support labeling, (2) periodicity of target + cosignal promotes coherence, and (3) temporal synchrony across target + cosignal reinforces temporal expectancies. That finding was interpreted as demonstrating that children are obliged to process speech signals as broad spectral patterns, regardless of the harmonic structure of the spectral components. An earlier study by the authors revealed greater CMP for children than adults, with more resistance to disruptions in harmonicity across spectral components. Coherence masking protection (CMP) is the phenomenon in which a low-frequency target (typically a first formant) is labeled accurately in poorer signal-to-noise levels when combined with a high-frequency cosignal, rather than presented alone.