Negative rank frequency mapping makes high-frequency speech audible while preserving /s/ and /∫/ discrimination in hearing-impaired listening.
Neural encoder-decoder processing boosts hearing-aid frequency resolution while keeping signal latency low for more natural compensation.
First and second windowing stages on offset audio frames reduce sampling and playback delay while preserving processed audio information.
A time-domain neural encoder and decoder reduce hearing-aid latency while preserving high-frequency signal resolution.
Multiple noise-rich tone sets adapt to user responses, improving auditory threshold estimates for hearing aid users.
AMS application modifies gaming sound using otological profiles to enhance audio perception.
A hearing system adjusts signal processing parameters using language-specific change vectors to optimize initial performance.