Aug 2026· Journal of the Acoustical Society of America· Vol 159, pp. A321-A321· 0 citations
TL;DR
Adaptation to time-compressed speech and speech in babble noise is characterized to suggest that amplification can contribute to speech adaptation even in inexperienced hearing aid users.
Abstract
Adaptation, or rapid performance gains with repeated exposure, is one of the processes that supports the recognition of speech in challenging listening conditions. Age-related hearing loss is associated with substantial declines in speech recognition in challenging conditions. It is not clear whether age-related hearing loss relates to adaptation and whether adaptation is influenced by a hearing-aid. To this end, we characterized adaptation to time-compressed speech and speech in babble noise in a group of 57 participants (ages 60–90) that were tested both with and without hearing aids fitted by an audiologist just before the assessment. Significant adaptation occurred in both speech conditions. Speech in noise recognition accuracy improved by approximately 15% over the course of listening to 16 sentences with hearing aids but remained stable without the hearing aids (OR = 1.24). The rate of adaptation did not depend on hearing. Adaptation to time-compressed speech also occurred only with the hearing aids (improvement of ∼10%, OR = 1.32). Adaptation was stronger in listeners with poorer hearing (OR = 1.18), perhaps due to their poor starting accuracy. Together, these data suggest that amplification can contribute to speech adaptation even in inexperienced hearing aid users.
Background:
Over-the-counter (OTC) hearing aids are designed to improve speech understanding for adults with mild-to-moderate hearing loss. However, challenging listening environments often require substantial effort to process speech, potentially limiting communication and contributing to stress or fatigue. Despite...
G. Szatkowski, Pamela E. Souza· Journal of american academy...· 0 citations
The sounds we experience in our everyday communication can vary greatly depending on the environment. Paradoxically, increasing the sound level may lead to worse speech perception, especially in noise. This decline is known as "rollover." It is unclear how rollover is experienced differentially across aging groups, as...
Cheng-Jie G. Huang, Natalie A. Field, Marie-Elise Latorre et al.· Hearing Research· 1 citation
Elderly listeners with normal hearing to moderate hearing loss could maintain relatively high intelligibility for mosaic words segmented in blocks of 20 or 40 ms, provided the words had a high familiarity level.
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OBJECTIVES
Listening difficulties (LiD) can occur despite normal hearing thresholds, affecting speech understanding in complex environments and increasing listening effort. Audiologists have increasingly considered hearing aids for this population despite supporting evidence remaining unclear. This scoping review exami...
Wayne J. Wilson, Helen Gurteen· International Journal of Aud...· 0 citations
Findings show that Cheech-modified speech preserves intelligibility while yielding robust, multilevel neural recordings during sentence perception, offering a promising approach to examine hierarchical auditory processing under ecologically relevant speech-in-noise conditions.
May Chao, C. Holloway, L. Miller et al.· bioRxiv· 0 citations