Now showing items 1-6 of 6
Real-Time Speech Processing Algorithms for Smartphone Based Hearing Aid Applications
Signal processing algorithms are extensively used in hearing aid applications to improve the quality and intelligibility of speech. The hearing aid device (HAD) signal processing pipeline consists of several key modules ...
Real-Time Smartphone Apps Integrating Signal Processing Modules of Hearing Aids
This thesis covers the integration of several signal processing modules that appear in digital hearing aids as real-time smartphone apps. The modules that are considered for integration in the developed apps in this ...
User Customizable Real-Time Single and Dual Microphone Speech Enhancement and Blind Speech Separation for Smartphone Hearing Aid Applications
Speech Enhancement (SE) is a vital algorithmic component in the Hearing Aid pipeline. Over the years, several algorithms have been developed to work in real-time and to improve the quality and intelligibility of speech. ...
Multi-Channel Dynamic-Range Compression Techniques for Hearing Devices
Dynamic-range compression (DRC) is an important component in hearing aid devices (HADs). Research of multi-channel DRC design and real-time implementation has been carried out in the last few decades. The trade-offs of ...
Real-Time Single and Dual-Channel Speech Enhancement on Edge Devices for Hearing Applications
Speech Enhancement (SE) is an important module in the signal processing pipeline for hearing applications and it helps enhance the comfort of listening. Many single and dualmicrophone SE techniques have been developed by ...
Smartphone Based Multi-Channel Dynamic-Range Compression for Hearing Aid Research and Noise-Robust Speech Source Localization Using Microphone Arrays
Dynamic-range compression (DRC) is one technique of audio signal processing which maps the wide dynamic range of audio into the narrow range. In most of hearing aid devices (HADs), DRC plays as an important role to help ...