Sentence examples for auditory account from inspiring English sources

According to the general auditory account, both speech and nonspeech signals should induce normalization effects through compensation for LTAS.

An alternative to a learning account might be an enhanced auditory account in which the auditory properties directly determine (i.e., without learning) whether compensation for LTAS will take place.

According to a general auditory account, discrimination should be better anytime two cues, rather than just one, differentiate the members of the pair, because those members are more different acoustically.

The general auditory account, however, predicts that spectral rotation should not prevent normalization, because spectral rotation of both the target and precursors keeps intact the overlap between the spectra.

According to an extension of the general auditory account that includes learning, the signal may need to have speechlike spectrotemporal characteristics, and thus compensation for LTAS would not be completely independent of more fine-grained temporal and spectral properties of the precursor signal.

The construct was originally described in a paper by Lindenberger and Baltes in 1994 who noted that measures of visual and auditory acuity accounted for variance in intelligence in old age [ 9].

The auditory temporal processing account of Tallal [45] has a long history, but evidence has been mixed [46].

This specialization of the right auditory cortex could account for the stronger response to modulated than unmodulated sounds.

In light of the relevant literature, Sweet et al. [27] proposed that reduced excitatory afferent input on the dendritic spines of deep layer III pyramidal cells in auditory cortices may account for their decreased density in schizophrenia.

Discussion of auditory objects and accounts of their nature and perception is new among philosophers (see, e.g., O'Callaghan 2008a, and essays in Bullot and Egré 2010, including Matthen 2010, Nudds 2010).

Such specificity in this visuo-auditory connection could account for our observation of a higher post-training improvement in localizing sound sources located over 30° of eccentricity.