The purpose of this channel is to share knowledge and tools related to computational audiology. We hope to bring experts from different disciplines such as AI and Audiology together in order to stimulate innovations for hearing impaired people anywhere. We publish blog articles about current developments, highlight ongoing projects and publications by research groups, and aim to facilitate discussion. In addition, the associated website is used to promote events related to computational audiology and as a central hub to share resources and funding opportunities that are useful for researchers and clinicians.

VCCA2024 [5] - Samiya Alkhairy - Flexible Rational-Exponent Auditory Filters
9:47
VCCA2024 [5] - Samiya Alkhairy - Flexible Rational-Exponent Auditory Filters
VCCA2024 [34] - Rebecca Felsheim - A Non-spiking Model of an Electrically Stimulated Auditory
8:10
VCCA2024 [34] - Rebecca Felsheim - A Non-spiking Model of an Electrically Stimulated Auditory
VCCA2024 [3] - Brad Ingrao -Yes You Can: Why Every Audiologist Should Screen for CI Candidacy
8:25
VCCA2024 [3] - Brad Ingrao -Yes You Can: Why Every Audiologist Should Screen for CI Candidacy
VCCA2024 [8] - Peter Leer - Hearing Loss Compensation Using Deep Neural Networks
8:24
VCCA2024 [8] - Peter Leer - Hearing Loss Compensation Using Deep Neural Networks
VCCA2024 [36] - George Tilston - Curating routinely collected hearing-health data
13:57
VCCA2024 [36] - George Tilston - Curating routinely collected hearing-health data
VCCA2024 [35] - Franklin Alvarez - Design of an End-to-End Deep Learning Sound Coding Strategy
7:27
VCCA2024 [35] - Franklin Alvarez - Design of an End-to-End Deep Learning Sound Coding Strategy
VCC2024 [23] - Zhaohai Liu - A computational model of the auditory periphery applicable to round
7:52
VCC2024 [23] - Zhaohai Liu - A computational model of the auditory periphery applicable to round
VCCA2024 [18] Nils NMT Marggraf-Turley- Comparative Analysis of EEG-Based Sound Location Decoding
8:01
VCCA2024 [18] Nils NMT Marggraf-Turley- Comparative Analysis of EEG-Based Sound Location Decoding
VCCA2024 [2] - Mengchao Zhang - Simulation of unilateral and bilateral cochlear implants
8:52
VCCA2024 [2] - Mengchao Zhang - Simulation of unilateral and bilateral cochlear implants
VCCA2024 [9] - Jiang Huan - The effect of exercise combined with Transcranial stimulation
7:35
VCCA2024 [9] - Jiang Huan - The effect of exercise combined with Transcranial stimulation
VCCA2024 [13] Christophe Lesimple - Hearing aid evaluation for music
8:12
VCCA2024 [13] Christophe Lesimple - Hearing aid evaluation for music
VCCA2024 [19] - Giulia Angonese - Improving classification of noise haters and distortion haters
8:47
VCCA2024 [19] - Giulia Angonese - Improving classification of noise haters and distortion haters
VCCA2024 [15] Sumner - Searching for the variablity in audiovisual speech perception
9:35
VCCA2024 [15] Sumner - Searching for the variablity in audiovisual speech perception
VCCA2024 [Featured talk 2] - Anthea Bott - Optimizing manufacturing of custom hearing aids
16:42
VCCA2024 [Featured talk 2] - Anthea Bott - Optimizing manufacturing of custom hearing aids
VCCA2024 [Keynote 2b] Manohar Bance - Could we make cochlear implants work better?
30:55
VCCA2024 [Keynote 2b] Manohar Bance - Could we make cochlear implants work better?
VCCA2024 [21] Tahereh Afghah, Integrating ICF Framework for Comprehensive Hearing and Functioning
7:38
VCCA2024 [21] Tahereh Afghah, Integrating ICF Framework for Comprehensive Hearing and Functioning
VCCA2024 [24] - Subhashini D - Unveiling idiopathic intracranial hypotension as a stealthy culprit
8:02
VCCA2024 [24] - Subhashini D - Unveiling idiopathic intracranial hypotension as a stealthy culprit
VCCA2024 [Featured talk 4] - Mareike Buhl - Big data and data standards in audiology
9:37
VCCA2024 [Featured talk 4] - Mareike Buhl - Big data and data standards in audiology
VCCA2024 [7] - Zehra Biber, -Verification and Validation Methods Used in Hearing Aid Centers
8:05
VCCA2024 [7] - Zehra Biber, -Verification and Validation Methods Used in Hearing Aid Centers
VCCA2024 [14] - Vicky Zhang - AI-powered Speech Intelligibility Assessment for Children
7:50
VCCA2024 [14] - Vicky Zhang - AI-powered Speech Intelligibility Assessment for Children
VCCA2024 [10] - Katerina Ehlert - Surveillance for ototoxicity using mobile audiometry
6:53
VCCA2024 [10] - Katerina Ehlert - Surveillance for ototoxicity using mobile audiometry
VCCA2024 [26] - Savine Martens - Unintentional Cues In Psychophysical Spectral Ripple Tests
7:46
VCCA2024 [26] - Savine Martens - Unintentional Cues In Psychophysical Spectral Ripple Tests
VCCA2024 [11] Lloyd May - Music Pre-Processing Strategies to Enhance CI Users’ Enjoyment of Music
8:11
VCCA2024 [11] Lloyd May - Music Pre-Processing Strategies to Enhance CI Users’ Enjoyment of Music
VCCA2024 [29] - Ian Griffith - Modeling Auditory Attention with Deep Neural Networks
7:09
VCCA2024 [29] - Ian Griffith - Modeling Auditory Attention with Deep Neural Networks
VCCA2024 [33] - Anders Bargum - Speech Stimuli Creation using Deep-Learning
7:07
VCCA2024 [33] - Anders Bargum - Speech Stimuli Creation using Deep-Learning
VCCA2024 [27] - Richard Rau - Big Data Analysis on Coupling Selection and Model
7:46
VCCA2024 [27] - Richard Rau - Big Data Analysis on Coupling Selection and Model
VCCA2024 [Keynote 2] Manohar Bance - Could we make cochlear implants work better?
32:08
VCCA2024 [Keynote 2] Manohar Bance - Could we make cochlear implants work better?
VCCA2024 [17] Charlotte Garcia - Translating the Panoramic ECAP Method to Clinic
8:08
VCCA2024 [17] Charlotte Garcia - Translating the Panoramic ECAP Method to Clinic
VCCA2024 [20] Heingjiang Liu - A Noise-Induced Permanent Threshold Shift Prediction Model
5:26
VCCA2024 [20] Heingjiang Liu - A Noise-Induced Permanent Threshold Shift Prediction Model
VCCA2024 [16] - Hendrikse - Investigating Automatic AutoSense for Children with CI in VR Classroom
8:41
VCCA2024 [16] - Hendrikse - Investigating Automatic AutoSense for Children with CI in VR Classroom