Neural network models clarify the role of plasticity in cochlear implant outcomes
Deep neural network models with altered input clarify the role of plasticity in cochlear implant users’ hearing difficulties.
Electric pitch perception with cochlear implants: Using real-life sounds to get back on the right track
By selectively altering spectral and temporal F0 cues, we study their contributions to CI pitch perception in real sounds.
Hearing loops: old school for current communication issues
This study analyzed benefit of hearing loops in Brazil.
Enhancing Human Auditory Function with Artificial Intelligence and Listener Intent
Modeling and Mimicking Human Auditory Processing with Artificial Intelligence in Hearing Aids
Artificial Intelligence for training Auditory Skills
AI algorithm developed for auditory training is as effective as validated protocol in improving auditory skills
Objective Measurement of Speech Intelligibility with the Spike Activity Mutual Information Index (SAMII)
SAMII uses a physhiological computational model of the peripheral auditory system to predict speech understanding performance
Cortical speech tracking with different lip synchronization algorithms in virtual environments
This study compares cortical speech tracking of real and virtual speakers in different conditions.
Cortical tracking of speech: Effects of intelligibility and spectral degradation
Detecting the neural correlates of speech perception under spectrally degraded listening conditions.
Gamified Musical Training for Children with Auditory Nerve Deficiency and Cochlear Implants: a Case Study
Video game with vibrotactile feedback for musical training of children with Cochlear Implants and Auditory Nerve deficiency.
Prevention of hearing loss and hearing health management based on data from software technology
Creation and use of hearing health management software can help prevent hearing loss and improve the collective health
Preparation of videos for the orientation of hearing-impaired elderly individuals who use hearing aids.
Videos to guide the use and handling of hearing aids by the elderly population.
Educational material for the orientation of the elderly hearing impaired and communication partners
Communication strategies for elderly hearing aid users and their communication partners.
Distinguishing difficulties in speech understanding due to hearing loss and cognitive decline
The first integrated test that can be used to simultaneously screen both hearing and cognitive function.
Towards an Open-Source Precision Audiological Diagnostics Core for Large-Scale Data Analysis
We will present our open-source framework which is facilitating large-scale data collection of hearing measures at Purdue.
Within-network functional connectivity reduced for auditory & attention networks in the presence of hearing loss
Using mutli-site brain MRIs we find functional connectivity of attention & auditory networks reduce with age & hearing loss.
IndivHear: An Individualized Adaptive Deep Learning-Based Hearing Aid
IndivHear is a deep reinforcement-learning-based hearing aid focussed on the complex nature of individual hearing losses
Digits-in-noise test in Brazilian Portuguese: preliminary study in schoolchildren
DIN had a better signal-to-noise ratio in antiphasic mode in schoolchildren with less hearing loss
Average thresholds for amplitude modulation detection task (N = 11) at different modulation rates (left: 16 Hz, middle: 32 Hz, right: 64 Hz). Carrier frequency: 500 Hz.
Neural tracking of linguistic information as a measure of speech understanding in noise
Neural tracking of linguistic information embedded in connected speech provides a brain marker of speech understanding.
EEG as an Indicator for Perceptual Difficulties in Noise?
An attemp to understand hearing difficulties following peripheral loss
Analyzing brain connections in sound tolerance disorders using fMRI and machine learning
Machine learning models identify altered spontaneous brain connections in sound tolerance disorders
Mapping measures of vocal reaction time, perceived task demand, and speech recognition to understand the benefits of on-demand processing in hearing aids
We used a multiplicity of measures to evaluate on-demand hearing-aid processing benefits for speech understanding and effort.