DNN-based hearing aid for real-time sound processing
☆25May 25, 2023Updated 3 years ago
Alternatives and similar repositories for DNN-HA
Users that are interested in DNN-HA are comparing it to the libraries listed below. We may earn a commission when you buy through links labeled 'Ad' on this page.
Sorting:
- This is the CoNNear human auditory periphery model that simulates cochlear, IHC and AN processing across the human hearing range.☆26Feb 21, 2024Updated 2 years ago
- ☆41Feb 9, 2021Updated 5 years ago
- Implementation for paper: Multi-Metric Optimization using Generative Adversarial Networks for Near-End Speech Intelligibility Enhancement☆22Sep 21, 2021Updated 4 years ago
- Official implementation of the paper "SPEAKER VGG CCT: Cross-corpus Speech Emotion Recognition with Speaker Embedding and Vision Transfor…☆25Feb 17, 2023Updated 3 years ago
- Differentiable implementation of MSBG hearing loss model and MBSTOI intelligibility metric for Clarity Enhancement challenge.☆21Nov 19, 2021Updated 4 years ago
- Bare Metal GPUs on DigitalOcean Gradient AI • AdPurpose-built for serious AI teams training foundational models, running large-scale inference, and pushing the boundaries of what's possible.
- FNSE-SBGAN: Far-field Speech Enhancement with Schrödinger Bridge and Generative Adversarial Networks☆20May 12, 2025Updated last year
- chapro is a library of modular functions that implement signal processing intended for hearing aids.☆26Aug 6, 2026Updated last week
- Code for LAVSS: Location-Guided Audio-Visual Spatial Audio Separation☆19Feb 25, 2025Updated last year
- This work is supported by Nation Institute of Health, NIH/NIDCD grant R01DC015436, "A Real-time, Open, Portable, Extensible Speech Lab" t…☆36Aug 5, 2017Updated 9 years ago
- A lightweight library to read/write wave audio files to/from lists of native Python types.☆12Jun 10, 2024Updated 2 years ago
- The open Master Hearing Aid (openMHA)☆328Aug 5, 2026Updated last week
- 🤫A Lightweight One-Shot Whisper to Normal Voice Conversion Model Using Distillation of Self-Supervised Features☆25Dec 10, 2025Updated 8 months ago
- A CNN model of the human IHC and ANF complex☆19Jul 8, 2022Updated 4 years ago
- Here is a repository stored the classical sound source localization algorithms in spherical domain, namely, PWD, DAS, SHMUSIC, SHMVDR, S…☆23Nov 16, 2023Updated 2 years ago
- 1-Click AI Models by DigitalOcean Gradient • AdDeploy popular AI models on DigitalOcean Gradient GPU virtual machines with just a single click. Zero configuration with optimized deployments.
- PyTorch-based implementations of short-time Fourier transform☆14Jul 21, 2025Updated last year
- Near real time hearing loss simulator in python based on Compressive Gammachirp.☆42May 29, 2020Updated 6 years ago
- Implementation for paper "iMetricGAN: Intelligibility Enhancement for Speech-in-Noise using Generative Adversarial Network-based Metric L…☆56Jul 6, 2023Updated 3 years ago
- Real-time binaural target sound extraction model.☆100Mar 28, 2024Updated 2 years ago
- A Python implementation of the Speech Intelligibility Index☆54Jul 13, 2023Updated 3 years ago
- Biologically inspired hearing-aid algorithm☆32Jul 31, 2014Updated 12 years ago
- octave multi-channel signal processing☆10May 11, 2014Updated 12 years ago
- This repository contains an unofficial pytorch implementation of BSRNN for music separation, attempting to reproduce the results of the o…☆12Jul 23, 2026Updated 3 weeks ago
- A Simulation Framework for Auditory Discrimination Experiments☆13Jan 19, 2022Updated 4 years ago
- GPU virtual machines on DigitalOcean Gradient AI • AdGet to production fast with high-performance AMD and NVIDIA GPUs you can spin up in seconds. The definition of operational simplicity.
- Binaural audio reproduction through loudspeakers. Also known as crosstalk cancellation.☆13Sep 12, 2024Updated last year
- Pytorch implementation of additive margin softmax loss☆12Aug 5, 2021Updated 5 years ago
- Voice conversion model for real-time speech synthesis using PPG (Phonetic PosteriorGram) as an intermediate feature, written in Pytorch.