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Yu-Hsiang Wu ; Elizabeth Stangl ; Octav Chipara ; Anna Gudjonsdottir ; Jacob J. Oleson ; Ruth A. Bentler |Background Ecological momentary assessment (EMA) is a methodology involving repeated surveys to collect in-situ self-reports that describe respondents' current or recent experiences. Audiology literature comparing in-situ and retrospective self[...]Article
Ecological momentary assessment (EMA) is a methodology involving repeated assessments/surveys to collect data describing respondents’ current or very recent experiences and related contexts in their natural environments. The use of EMA in audiol[...]Article
Objectives: The purpose of the present study was to investigate the laboratory efficacy and real-world effectiveness of advanced directional microphones (DM) and digital noise reduction (NR) algorithms (i.e., premium DM/NR features) relative to [...]Article
Objectives: To determine the validity and usefulness of entropy computed using ecological momentary assessment (EMA) data as a measure of auditory environment diversity. Design: We conducted two secondary analyses on existing EMA datasets. Th[...]Article
Objective Hearing aid technology can allow users to “geo-tag” hearing aid preferences using the Global Positioning System (GPS). This technology assumes that listening environment characteristics that affect hearing aid benefit change little in[...]Article
Objective: Backward-facing directional processing (Back-DIR) is an algorithm that employs an anti-cardioid directivity pattern to enhance speech arriving from behind the listener. An experiment that was originally designed to evaluate Back-DIR, [...]Article
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Background Ecological momentary assessment (EMA) often places high physical and mental burden on research participants compared with retrospective self-reports. The high burden could result in noncompliance with the EMA sampling scheme p[...]Article
Background Ecological momentary assessment (EMA) is a methodology involving repeated surveys to collect in situ data that describe respondents' current or recent experiences and related contexts in their natural environments. Audiology literatu[...]Article
Objective: Acceptable noise level (ANL) determines the maximum noise level that a listener is willing to accept while listening to speech. The objective of this study was to determine the equivalence of ANL measured using different speech stimul[...]Article
Camille C. Dunn ; Elizabeth Stangl ; Jacob J. Oleson ; Michelle Smith ; Octav Chipara ; Yu-Hsiang Wu |AB Objectives: The impact of social distancing on communication and psychosocial variables among individuals with hearing impairment during COVID-19 pandemic. It was our concern that patients who already found themselves socially isolated ( Wie [...]Article
Background: Auditory environments can influence the communication function of individuals with hearing loss and the effects of hearing aids. Therefore, a tool that can objectively characterize a patient’s real-world auditory environments is n[...]Article
Yu-Hsiang Wu ; Jingjing Xu ; Elizabeth Stangl ; Shareka Pentony ; Dhruv Vyas ; Octav Chipara ; Anna Gudjonsdottir ; Jacob J. Oleson ; Jason A. Galster |Background Ecological momentary assessment (EMA) often requires respondents to complete surveys in the moment to report real-time experiences. Because EMA may seem disruptive or intrusive, respondents may not complete surveys as directed i[...]
