Sentence examples for acoustical distance from inspiring English sources

Here, we show by using fMRI that voice identity is coded in the TVA as a function of acoustical distance to two internal voice prototypes (one male, one female)—approximated here by averaging a large number of same-gender voices by using morphing [ 12].

Using voice morphing along with an adaptation-optimized functional magnetic resonance imaging design, we found that secondary auditory cortex including the anterior part of the temporal voice areas in the right hemisphere responded primarily to acoustical distance with the previously heard stimulus.

These analyses clearly demonstrate that acoustical and phonological properties independently and jointly influence the naive perception of rotated vowels within the context of rotated syllables, and that acoustic distance does not account for the relationship between phonological distance and discrimination errors.

In addition, we found that distance-to-mean defined in simpler spaces with fewer dimensions also correlates with TVA activity, indicating that the effect is not restricted to that particular three-dimensional acoustical space.

We find that distance-to-mean defined in simpler (two- or one-dimensional) spaces also predicts TVA activity and perceptual ratings of distinctiveness, indicating that the f0-FD-HNR acoustical space used here is not the only valid voice space.

Thus the acoustical space encountered by the animal cannot be adequately described by fixed ITDs.

Male and female prototypical stimuli were generated, following the same procedure as in Experiment 1 (Audio S1), to compute distance-to-mean values for each voice in the three-dimensional acoustical voice space (Table S1).

At moments, you might have wished for some distance, if only for acoustical reasons, but generally the directness and energy of the playing, heard at such close range, had a visceral power that was hard to resist.

Geometric or acoustical irregularities induces acoustic scattering.

Actually, as Chowning stated, this corresponds to a fair approximation of a real acoustical situation, where the increase of the distance between the listener and the sound source leads to a decrease of the distance between the source and the reflecting surfaces, giving the reverberation some direction emphasis.

With an increased number of sources or with more complicated acoustical conditions (higher reverberation time and larger source-array distance), it is more difficult to estimate the RTF.