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Anisa S. Visram ; Michael A. Stone ; Suzanne C. Purdy ; Steven Lewis Bell ; Jo Brooks ; Iain A. Bruce ; Michael Alexander Chesnaye ; Harvey Dillon ; James M. Harte ; Caroline Louise Hudson ; Søren Laugesen ; Rhiannon Morgan ; Martin O'Driscoll ; Stephen A. Roberts ; Amber Roughley ; David Martin Simpson ; Kevin J. Munro |Objectives: The cortical auditory evoked potential (CAEP) test is a candidate for supplementing clinical practice for infant hearing aid users and others who are not developmentally ready for behavioral testing. Sensitivity of the test for given[...]Article
Objectives: The primary objective of this study was to train and test machine learning algorithms to be able to detect accurately whether EEG data contains an auditory brainstem response (ABR) or not and recommend suitable machine learning metho[...]Article
Ghadah S. Aljarboa, Auteur ; Steve L. Bell, Auteur ; David Martin Simpson, Auteur |Objective To explore the detection of cortical responses to continuous speech using a single EEG channel. Particularly, to compare detection rates and times using a cross-correlation approach and parameters extracted from the temporal response [...]Article
Michael Alexander Chesnaye ; Lisbeth Birkelund Simonsen ; James M. Harte ; Anisa S. Visram ; Steven Lewis Bell ; Michael A. Stone ; Kevin J. Munro ; David Martin Simpson |Background: Statistical detection methods are useful tools for assisting clinicians with cortical auditory evoked potential (CAEP) detection, and can help improve the overall efficiency and reliability of the test. However, many of these detecti[...]Article
Faten S. Obeidat, Auteur ; Alia A. Alghwiri, Auteur ; Anas J. Mansieh, Auteur ; Wala Aqrabawi, Auteur ; Steven Lewis Bell, Auteur |Objective To explore a side of lesion differences in Meniere’s disease (MD). Design A retrospective review (2019–2021) was conducted of patients with definite MD, as defined by 2015 Bárány Society diagnostic criteria. Testing information in[...]Article
Les réponses auditives du tronc cérébral (ABR) sont généralement générées à l'aide de stimuli transitoires simples (par exemple, des clics ou des sursauts de tonalité). Bien que les formes d'ondes qui en résultent soient des outils cliniques inc[...]Article
Objective: To evaluate and compare the specificity, sensitivity and detection time of various time-domain and multi-band frequency domain methods when detecting the auditory brainstem response (ABR). Design: Simulations and subject recorded data[...]Article
Ghada BinKhamis ; Agnès Léger ; Steven Lewis Bell ; Garreth Prendergast ; Martin O'Driscoll ; Karolina Kluk |The aims of this study were to systematically explore the effects of stimulus duration, background (quiet versus noise), and three consonant–vowels on speech-auditory brainstem responses (ABRs). Additionally, the minimum number of epochs require[...]
