Introduction Speech perception in adverse listening environments depends not only on the quality of the acoustic signal but also on listeners’ ability to recruit higher-level linguistic information. Although semantic constraints are known to influence recognition of syntactically complex speech, it remains unclear how...
Jing Shen, G. DeDe· Frontiers in Psychology· 0 citations
Listening effort reflects the cognitive resources allocated to overcome obstacles in auditory processing. While acoustic degradation (e.g., noise, reverberation) is known to affect listening effort, little is known about how temporal overlap of task processing influences effortful listening in adults. This study examin...
J. Seitz, Jana R. Berger, Maria Anastasia Sinarso et al.· Trends in Hearing· 0 citations
Intelligible speech disrupts selective auditory attention more than an unintelligible stream. However, low-level acoustic features of intelligible speech are relatively similar to target speech, confounding results. While controlling acoustic similarity and limiting energetic masking, we examined how masker intelligibi...
Benjamin N. Richardson, Maanasa Guru Adimurthy, Christopher A. Brown et al.· bioRxiv· 0 citations
The auditory brainstem plays a crucial role in speech-in-noise (SiN) listening, refining numerous acoustic features such as pitch and spatial location under continual descending influence from the cortex. However, the difficulty of characterizing brainstem activity during continuous speech listening has obscured its fu...
Kelsey Mankel, Daniel C. Comstock, B. M. Bormann et al.· eNeuro· 1 citation
Do real-time visual cues of listening effort and expectations on the listener's perceived age drive speech adaptations? In experiment 1, young adults read sentences to a listener shown via a head-mounted display. Participants were told their voices were heard under noisy conditions but received no auditory feedback....
C. Valzolgher, Elena Gessa, Elena Giovanelli et al.· Royal Society Open Science· 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
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