Wearable augmented reality smart glasses detect hearing loss through continuous listening-effort-to-ambient-noise ratio analysis.
Combining active and passive noise cancellation with ambient noise estimation algorithms improves hearing test reliability in non-clinical settings.
Automated eye tracking captures objective oculomotor variables to replace subjective neuro-psychological tests and improve diagnostic reliability.
Segmenting initial percentile analysis from iterative frequency response checks accelerates hearing aid adjustment while maintaining high precision.
A hearing testing probe uses integrated heating elements to maintain stable transducer temperatures.
A hearing prosthesis system combines direct acoustic cochlear stimulation with electrophysiology measurement for permanent implantation.