The phrase "auditory signal processing" is correct and usable in written English.
It can be used in contexts related to the study or analysis of how auditory signals are interpreted and processed by the brain or technology.
Example: "Researchers are exploring the mechanisms of auditory signal processing to improve hearing aids and auditory devices."
Alternatives: "sound signal processing" or "audio signal analysis".
However, the ability to perform automatic transcription is still an immature field due to the fact that advanced auditory signal processing techniques are the focus of researchers worldwide especially for polyphonic music [1, 4, 23, 30, 31].
NT-3 delivery has been attempted in model animals [20] [22] with the aim of clinical treatment of hearing impairment, and it would be beneficial to further clarify the mechanism of Slitrk6 action in development of the inner ear and auditory signal processing.
Dissecting sound transduction and auditory signal processing.
The first group of subjects demonstrated measures of auditory signal processing at brainstem and cortical levels that were proportionate to each other.
As an example of complex auditory signal processing, the analysis of accented speech is potentially vulnerable in the progressive aphasias.
Implications for understanding neurophysiologic auditory signal processing in children with perceptual impairments and the design of efficient perceptual training strategies are also discussed.
In acoustic signal processing this effect is called auditory attention [4].
While the answers to these questions are yet unknown, our results provide the first evidence of norm-based coding of voice identity in human auditory cortex, a finding with potentially useful applications in voice and speech signal processing [ 43].
Currently, the computational auditory nerve models and sparse coding attract much attention from both neuroscience and speech signal processing communities.
A Tucker-Davis Technology (TDT) auditory physiology workstation System 3 (Alachua, FL, USA), equipped with a computer-based digital signal processing package and software (BioSig, Alachua), was used to produce the acoustic stimuli and record the ABR responses.
The facilitation of auditory comprehension, particularly when there is more time to engage the compensation mechanism for signal processing deficit to perform tasks related to this language skill, corroborates data reported in the literature [ 16].
