Sentence examples for model of human auditory from inspiring English sources

Noise analyses in this system are based on the model of human auditory system.

The perceptual filterbank was designed by adjusting undecimated wavelet packet decomposition (UWPD) tree, according to critical bands of psycho-acoustic model of human auditory system.

To verify the use of the ferret as a suitable model of human auditory processing, we also tested a cohort of human listeners on a similar psychophysical task.

To evaluate the utility of the ferret as a reliable and accurate model of human auditory processing, we tested human subjects on a gap-detection task using identical spectral filters to generate sound stimuli.

Importantly, by comparing the temporal processing abilities of each species tested under similar conditions, we have demonstrated the viability of the ferret as a useful model for investigating aspects of human auditory processing, particularly in relation to the frequency-dependent perception of temporal structure in acoustic stimuli.

We have previously shown that starlings manifest sleep-dependent memory improvements after auditory learning that parallel the general pattern found in sleep consolidation of human auditory learning14.

7-Tesla fMRI study on tonotopic organization of human auditory cortex.

The computational system outlined here is based on a model of the human auditory– brain system including the autocorrelation and interaural crosscorrelation mechanisms, and the specialization of the cerebral hemispheres [1].

The PESQ algorithm can be classed as a QoE technique inasmuch as it comprises a model of the human auditory system.

In the light of this information, we base the principles of our proposed features on the energy and loudness which involves modeling the excitation pattern on the basilar membrane by simulating the acoustic signal transformations in the ear according to the perceptual model of the human auditory system.

A model of the human auditory periphery is used to estimate the inner hair cell potential change in response to airborne sound.