The phrase "auditory processor" is correct and usable in written English.
It can be used in contexts related to hearing, sound processing, or cognitive functions related to auditory information.
Example: "The auditory processor in the brain plays a crucial role in how we interpret sounds and language."
Alternatives: "hearing processor" or "sound processor".
The resulting filters can be used in a filterbank architecture to realize cochlea implants or auditory processors of increased biorealism.
Auditory feedback (via the digital signal processor) and all vocalizations were digitally recorded onto a Marantz PMD-670 digital recorder (D&M Professional, Itasca, IL, USA).
We predicted that this might correlate to modulation of activity of "global neuronal workspace" neurons and co-activated local processors in visual or auditory regions.
Moreover, based on the "global neuronal workspace" model, modulation of activity in frontal or frontoparietal workspace neurons should cause modulation of activity in co-activated local processors, e.g., visual or auditory cortex.
In the follow-up appointments, along with auditory evaluation, speech perception tests, and speech processor fitting, the patients were asked about their everyday activities and the influence of the implantation on their lives.
To analyse the value of listening-data logged in the speech processor on the prediction of the early auditory and linguistic skills in children who received a cochlear implant in their first 2 years of life.
Being able to reprogram the processor is crucial because each patient has different auditory needs that are translated into instructions to each electrode that stimulates a nerve ending in the cochlea.
In the follow-up appointments, auditory evaluation and speech perception tests assisted in the speech processor's fitting procedure (mapping).
Auditory stimuli were created in MATLAB and presented using an RP2 signal processor (Tucker Davis Technologies, Alachua, FL, USA).
Thirdly, modulation of activity in frontal or frontoparietal "global workspace" should modulate activity in co-activated local processors, reflected by modulation of activity in visual or auditory cortex.
According to this model, conscious events depend on coactivation of local processors, e.g. modality-specific regions of visual or auditory cortex, and neurons in a global neuronal workspace.
