The phrase "auditory enhancement" is correct and usable in written English.
It can be used in contexts related to improving hearing or sound perception, often in discussions about technology, psychology, or audio engineering.
Example: "The new headphones feature auditory enhancement technology that allows users to experience music with greater clarity and depth."
Alternatives: "sound amplification" or "audio improvement".
Recently, Noesselt et al., (2008)[ 45] tested an auditory enhancement of perceptual sensitivity to visual blinks in a two-alternative choice paradigm.
According to the Auditory Enhancement hypothesis, its redundant acoustic specifications (presence of low-frequency energy, ratio of consonant duration to preceding vowel duration, and presence/absence of aspiration; see [ 46]) all work together to make this feature acoustically distinctive even under adverse listening conditions.
The aim of this work is to study the efficacy of auditory feedback enhancement therapy versus the kinesthetic feedback enhancement therapy in improving the communicative abilities of post-implanted, post-lingually deafened adults.
Results of the auditory feedback enhancement group showed a tendency towards improvement of the suprasegmental level.
One is auditory response enhancement and response latency shortening in physiologically matched neurons; the opposite stands for physiologically unmatched neurons.
We next modeled the auditory-visual enhancement when visual reliability is reduced and find that the model effects are consistent with the behavioral results of the impoverished visual condition AV* (Figures 4b and 5a).
We used natural faces instead of artificial visual stimuli as they are known to generate the largest auditory-visual enhancements in speech recognition [21].
Thus, the extent and nature of auditory attention-related enhancement remain unclear.
By way of auditory brainstem spectral enhancement of predictable speech and auditory working memory/attention, music skill predicts approximately 40% of the variance in reading performance.
How to cite this article: Reznik, D. et al. Lateralized enhancement of auditory cortex activity and increased sensitivity to self-generated sounds.
Thereby, we give an overview of promising auditory modelling concepts, speech enhancement techniques, training strategies, and model architecture, which are implemented in an in-car digit and spelling recognition task considering noises produced by various car types and driving conditions.
