The purpose of this series of experiments was to develop a simple, 500-Hz masking-level difference (MLD) protocol that could be implemented easily in the clinic to assess auditory perceptual abilities using an audio compact disc. Five, 300-ms tones with 250-ms intertone intervals were embedded in 3-s bursts of 200-800 Hz noise presented at 42.2-dB pressure-spectrum level with 4-5 s inter-stimulus intervals. The homophasic and antiphasic conditions were interleaved with the signal-to-noise ratios decreasing in 2-dB steps. A single-interval, yes/no response task was used. Three experiments were performed on 24-28 listeners with normal hearing. The mean SoNo thresholds (58.1- to 59.5-dB SPL) and the mean SπNo thresholds (45.1- to 46.0-dB SPL...
The masking level difference (MLD) is a psychoacoustic measure of binaural interaction and central a...
INTRODUCTION: Masking level differences (MLDs) are differences in the hearing threshold for the dete...
The response of auditory filters is central to frequency selectivity of sound by the human auditory ...
There are several methods of masking which can be applied in pure tone audiometry, and currently dif...
When testing binaural hearing under headphones, the stimulus (signal and noise) delivered to the two...
A new experimental technique for studying binaural processing at high frequencies is introduced. Bin...
The purpose of this study is to establish the optimum initial masking level that can be used in “Pla...
The aim of the study is the experimental determination of the optimal required masking level for a g...
Introduction: Masking level differences (MLDs) are differences in the hearing threshold for the dete...
This research was designed to provide new information regarding the cochlear sensitivities that occu...
Materials and Methods: It is for the first time in Iran that designing and construction of phase-shi...
Objective: Speech-in-noise tests are widely used in hearing diagnostics but typically without reverb...
Purpose: The purpose of this work was to develop and evaluate a calibrated version of the Ling-6 sou...
A method (called binaural enhancement) for enhancing interaural level differences at low frequencies...
The purpose of this study was to determine if performances on a 500 Hz MLD task and a word-recogniti...
The masking level difference (MLD) is a psychoacoustic measure of binaural interaction and central a...
INTRODUCTION: Masking level differences (MLDs) are differences in the hearing threshold for the dete...
The response of auditory filters is central to frequency selectivity of sound by the human auditory ...
There are several methods of masking which can be applied in pure tone audiometry, and currently dif...
When testing binaural hearing under headphones, the stimulus (signal and noise) delivered to the two...
A new experimental technique for studying binaural processing at high frequencies is introduced. Bin...
The purpose of this study is to establish the optimum initial masking level that can be used in “Pla...
The aim of the study is the experimental determination of the optimal required masking level for a g...
Introduction: Masking level differences (MLDs) are differences in the hearing threshold for the dete...
This research was designed to provide new information regarding the cochlear sensitivities that occu...
Materials and Methods: It is for the first time in Iran that designing and construction of phase-shi...
Objective: Speech-in-noise tests are widely used in hearing diagnostics but typically without reverb...
Purpose: The purpose of this work was to develop and evaluate a calibrated version of the Ling-6 sou...
A method (called binaural enhancement) for enhancing interaural level differences at low frequencies...
The purpose of this study was to determine if performances on a 500 Hz MLD task and a word-recogniti...
The masking level difference (MLD) is a psychoacoustic measure of binaural interaction and central a...
INTRODUCTION: Masking level differences (MLDs) are differences in the hearing threshold for the dete...
The response of auditory filters is central to frequency selectivity of sound by the human auditory ...