Abstract: An calibrated hearing-aid tuning appliance includes a hearing-aid interface for programming settings of a hearing aid worn by a user. The appliance also includes a calibrated audio output subsystem including an audio interface, an audio amplifier, and a calibrated speaker. The audio output subsystem can consistently propagate sound waves having frequency response, sound pressure level, and distortion characteristics within predetermined tolerances. A memory stores pre-recorded sound files and programming instructions for heuristically tuning the hearing-aid. When the programming instructions are communicated to a CPU for execution via a CPU interface, the appliance automatically selects at least one of the pre-recorded sound files; automatically reproduces the selected sound files via the calibrated audio output subsystem; collects feedback from the user based on the sound files thereby reproduced; and automatically adjusts one or more of the settings based on the user's feedback.

Abstract: A magnetized hearing-aid earpiece inductive coupling system includes a hearing-aid earpiece including a magnetized assembly with an inductive coil. The earpiece also includes an earpiece controller that is communicatively coupled with the inductive coil and that controls adjustable settings of the earpiece. A hearing-aid programming device includes a magnetized coupler with a second inductive coil. The magnetized assembly and the magnetized coupler are configured to magnetically hold the two inductive coils in proximity to one another, such that the inductive coils inductively communicatively couple the earpiece controller with the hearing-aid programming device. The hearing-aid programming device is thereby enabled to instruct the earpiece controller to adjust the earpiece's adjustable settings.

Abstract: A heuristic method of iteratively tuning a hearing aid is provided herein.

Abstract: A calibrated tuning appliance is provided herein. While listening to standardized pre-recorded sound files reproduced via a calibrated set of speakers, hearing aid users can subjectively evaluate hearing aid performance and tuning in a consistent manner. Subjective evaluation results may thus remain consistent from user to user, and for a single user, results may remain consistent over time.

Abstract: Systems and methods are provided herein that provide for magnetic earpiece coupling.

Abstract: Systems and methods are provided herein that provide for hearing aid tuning.