Stuart Rosen

This study assesses the benefit of visual information in speech-in-noise perception through an audiovisual test, showing that visual cues improve speech reception thresholds.

This paper introduces Rapid FFR, a method that improves FFR recording efficiency by using continuous stimulation and cycle averaging, showing higher signal quality and reliability compared to conventional methods.

This study examines how prosociality and social reward affect speech perception in noise, finding that prosocial individuals perform better in complex listening conditions and older adults report higher listening effort.

This study examines how childhood mild-to-moderate hearing loss affects subcortical and cortical speech processing and evaluates the benefit of amplification.

This study evaluates how well deep learning-based automatic speech recognition systems match human performance in psychometric experiments, finding that while some systems show agreement, none fully replicate human behavior.

This study shows that offering a monetary reward improves speech reception performance in online participants compared to no reward.