Exemplos de uso de Speech recognition in noise em Inglês e suas traduções para o Português
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was developed for use evaluating speech recognition in noise.
Many studies have looked into speech recognition in noise tests to compare individuals wearing conventional bone conduction hearing aids
Researchers noticed an improvement in speech recognition in noise when directional microphones were used in the PSAD in comparison to only using noise reduction algorithms.
Still, some authors reported that frequency lowering might compromise the speech recognition in noise. Hypotheses have been made as to possible disadvantages in using this technology in such situations.
The methodology proposed by HINT enables the use of thresholds in signal/noise S/R ratio to evaluate speech recognition in noise, instead of using the percentage of correct answers.
providing better speech recognition in noise.
which provides better sound localization and speech recognition in noise compared to monaural,
difficulty in speech recognition in noise was lesser, since the individual was capable of performing this acivity
A research performed to evaluate the speech recognition in noise between adults and elderly people without hearing loss demonstrated that the elderly people required more auditory cognitive
after evaluation of the speech recognition in noise, 80% of them presented better performance for speech recognition with binaural aids
improvement of speech recognition in noise, and less effort in listening.
observed that speech recognition in noise is a task that requires the use of memory
test in noise and their scores in the APHAB scale, in order to verify whether participants who performed better in speech recognition in noise also has lower APHAB scores.
A study conducted with 122 subjects on speech recognition in noise at an SNR of+ 6 dB found a mean improvement in speech recognition of 35.5% when subjects wore bone conduction hearing aids
In the study carried out to estimate reference values in SRTN with normal hearing adults, they used earphones and found that the average value found in S/N ratio was -5.29 dB HL, and a S/N ratio from -3.03 to -7.55 dB HL indicates a good performance in speech recognition in noise.
ability to distinguish sounds from background noise and better speech recognition in noise.
In our study, the performance variability in the speech recognition test in noise seen in both groups, connected to the fact that some controls performed significantly worse than case group individuals, reinforce the idea that the lack of awareness of one's hearing impairment may have contributed to the absence of a correlation between self-reports and speech recognition in noise.
which evaluated the effect of hearing loss and age in speech recognition in noise, and they verified that both age and hearing loss contribute to poor performance in speech recognition with noise. .