The phrase "auditory level" is correct and usable in written English.
It can be used in contexts related to sound perception, hearing abilities, or audio processing.
Example: "The auditory level of the participants was assessed to determine their ability to distinguish between different frequencies."
Alternatives: "hearing level" or "sound perception level".
The SO-7500 thes the line between nostalgia and cutting-edge audio, but did not fail to impress on both an aesthetic and auditory level.
And sound quality deteriorates quickly if you use the hardware volume control by twisting the cap down, making stuff sound like it's underwater – this speaker performs best if kept at full volume, with changes to auditory level controlled from the phone.
Visual and auditory levels for each subject were determined through the examination of psychometric functions for each modality using data from the practice tests.
Using computational modeling, scalp-recorded brainstem/cortical ERPs, and human psychophysics, we demonstrate that a primary cue for sound segregation, i.e., harmonicity, is encoded at the auditory nerve level within tens of milliseconds after the onset of sound and is maintained, largely untransformed, in phase-locked activity of the rostral brainstem.
Since the "sniffing position" (neck flexed with the external auditory meatus level with the sternum and some head extension) is currently recommended for laryngoscopy, this also limits the generalizability of our study in the clinical environment.
In particular, little is known about the manifestation of this automatic processing deficit at the auditory processing level.
The earlier PN occurring somewhere between 50 and 200 ms seems to reflect the matching process occurring at a secondary auditory cortex level, whereas the later PN occurring beyond 300 ms could possibly indicate the frontal lobe executive control of the attentional trace (cf. Näätänen, 1990).
Clinical significance of different auditory feedback levels provided by the two mask designs was investigated.
The DAPGF and OZGF responses are attractive because they exhibit certain characteristics suitable for modeling a variety of auditory data: level-dependent gain, linear tail for frequencies well below the center frequency, asymmetry, and so forth.
As in our previous auditory-tactile experiments, the visual threshold profiles of the observers varied as a function of the different auditory noise levels demonstrating a typical SR function with zones of threshold values significantly different from the control condition.
This work was based on the recent finding that maximum auditory-visual gain is obtained at intermediate instead of low auditory SNR levels [15], which contradicts the well-known principle of inverse effectiveness.
