Individual Differences Underlying Preference for Processing Delay in Open-Fit Hearing Aids
B Súsonnudóttir, B Kowalewski… - Trends in …, 2024 - journals.sagepub.com
In open-fit digital hearing aids (HAs), the processing delay influences comb-filter effects that
arise from the interaction of the processed HA sound with the unprocessed direct sound. The …
arise from the interaction of the processed HA sound with the unprocessed direct sound. The …
Sounds of Nature and Hearing Loss: A Call to Action
The ability to monitor surrounding natural sounds and scenes is important for performing
many activities in daily life and for overall well-being. Yet, unlike speech, perception of …
many activities in daily life and for overall well-being. Yet, unlike speech, perception of …
Predicting speech-in-noise reception in hearing-impaired listeners with hearing aids using the Audible Contrast Threshold (ACT™) test
Multiple studies have demonstrated that spectro-temporal modulation (STM) detection
sensitivity is strongly associated with speech-in-noise reception in hearing-impaired (HI) …
sensitivity is strongly associated with speech-in-noise reception in hearing-impaired (HI) …
Simplified frequency selectivity measure as a potential candidate for hearing screening: changes with masker level and test-retest reliability of self-administered …
X Wang, WNA Rasidi… - International Journal of …, 2024 - Taylor & Francis
Objectives This two-part pilot study investigated the feasibility of using a frequency selectivity
measure (TFS) to develop a novel hearing screening test for cooperative adults. Study 1 …
measure (TFS) to develop a novel hearing screening test for cooperative adults. Study 1 …
[PDF][PDF] Audible Contrast Threshold (ACT™)
S Laugesen, S Santurette - interacoustics.com
Difficulty hearing in noise is a key manifestation of hearing loss. For many, hearing in noise
and particularly understanding speech in noise remains an issue even when they are …
and particularly understanding speech in noise remains an issue even when they are …