The ability to sustain attention on a task-relevant sound source while avoiding distraction
from concurrent sounds is fundamental to listening in crowded environments. We aimed to …

Recent research has demonstrated that pupillometry is a robust measure for quantifying
listening effort. However, pupillary responses in listening situations where multiple cognitive …

In recent years, the fields of Audiology and Cognitive Sciences have seen a burgeoning of
research focusing on the assessment of the effort required during listening. Among …

Numerous studies showed that task-evoked pupil dilation is an objective marker of cognitive
activity and listening effort. However, these studies differ in their experimental and analysis …

Hearing impairment affects many older adults but is often diagnosed decades after speech
comprehension in noisy situations has become effortful. Accurate assessment of listening …

Effort during listening is commonly measured using the task‐evoked pupil response (TEPR);
a pupillometric marker of physiological arousal. However, studies to date report no …

Listening to speech in noise is effortful, particularly for people with hearing impairment.
While it is known that effort is related to a complex interplay between bottom-up and top …

Within the field of hearing science, pupillometry is a widely used method for quantifying
listening effort. Its use in research is growing exponentially, and many labs are (considering) …

Objective Pupillometry is sensitive to cognitive resource allocation and has been used as a
potential measure of listening-related effort and fatigue. We investigated associations …

Recordings of the pupillary response have been used in numerous studies to assess
listening effort during a speech-in-noise task. Most studies focused on averaged responses …