The occurrence of directional microphone drift following hearing aid use has been infrequently examined. This study uses the front-to-side ratio to evaluate changes in directional microphone output from new behind-the-ear hearing aids and following approximately three months of hearing aid use. Results indicate no overall significant differences in the front-to-side ratio between initial and follow-up measurements
This study was conducted to compare performance between binaural hearing aids and an ALD used in two...
Background: Large variations in perceptual directional microphone benefit, which far exceed the vari...
Abstract—Directional microphone hearing aids can lead to improved speech recognition when speech and...
The present study investigated the effects of asymmetric directional microphone fittings (i.e., an o...
The present study investigated the effects of asymmetric directional microphone fittings (i.e., an o...
Objectives: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
OBJECTIVES: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
OBJECTIVES: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
Objectives: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
Directional benefit in hearing aids was quantified physically with ear canal signalto- noise ratio (...
The signal-to-noise ratio (SNR) benefit of hearing aid directional microphones is dependent on the a...
The signal-to-noise ratio (SNR) benefit of hearing aid directional microphones is dependent on the a...
The signal-to-noise ratio (SNR) benefit of hearing aid directional microphones is dependent on the a...
Background: Large variations in perceptual directional microphone benefit, which far exceed the vari...
Objectives. Directional microphone technology can enhance the speech intelligibility and listening c...
This study was conducted to compare performance between binaural hearing aids and an ALD used in two...
Background: Large variations in perceptual directional microphone benefit, which far exceed the vari...
Abstract—Directional microphone hearing aids can lead to improved speech recognition when speech and...
The present study investigated the effects of asymmetric directional microphone fittings (i.e., an o...
The present study investigated the effects of asymmetric directional microphone fittings (i.e., an o...
Objectives: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
OBJECTIVES: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
OBJECTIVES: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
Objectives: Although directional microphones on a hearing aid provide a signal-to-noise ratio ben...
Directional benefit in hearing aids was quantified physically with ear canal signalto- noise ratio (...
The signal-to-noise ratio (SNR) benefit of hearing aid directional microphones is dependent on the a...
The signal-to-noise ratio (SNR) benefit of hearing aid directional microphones is dependent on the a...
The signal-to-noise ratio (SNR) benefit of hearing aid directional microphones is dependent on the a...
Background: Large variations in perceptual directional microphone benefit, which far exceed the vari...
Objectives. Directional microphone technology can enhance the speech intelligibility and listening c...
This study was conducted to compare performance between binaural hearing aids and an ALD used in two...
Background: Large variations in perceptual directional microphone benefit, which far exceed the vari...
Abstract—Directional microphone hearing aids can lead to improved speech recognition when speech and...