These strategies focus on optimizing auditory-visual speech perception by enhancing face-to-face communication, effects of high visual contrast, glare, illumination and distance on visual-speech perception [ 37].
It assumes that the auditory system optimizes SNRs in separate frequency bands by combining left- and right-ear signals in such a way that the energy of interfering sounds is minimized.
Lastly, the concerted action of these processes may not only advance predictive adaptation to basic auditory dynamics but optimize the perceptual integration of speech.
The auditory system might be optimized to minimize the persistence and the concentration of divalent metal ions in the inner ear fluids [ 50].
A special preprocessing method called "auditory attention" is proposed to optimize the extraction of the arc sound signal, which includes region of interest (ROI) extraction and denoising.
First, the MMTA adapts Step 3 of the above process to specifically target individual skill components (cognitive, perceptual, and psychomotor) and to emphasize the use of multi-modal information presentation via visual, auditory, and haptic stimuli to optimize intelligent instruction.
Apart from anesthesia, there are many aspects in canine auditory fMRI that might be optimized in future studies.
Normal hearing humans continuously make use of auditory information to adjust their vocalizations and optimize speech communication.
Besides generating for the first time data on the feasibility of this approach (PET auditory activation studies during general anesthesia), we intended to optimize the procedure.
The signal processing strategy is a parameter that may influence the auditory performance of cochlear implant and is important to optimize this parameter to provide better speech perception, especially in difficult listening situations.
