A definition of binaural additivity is given in terms of the theory of simultaneous conjoint measurement. Additivity is then tested and verified by a conjoint measurement procedure. Methods for deriving psychophysical scales from such procedures are discussed, and the experimental scales are compared with the usual ratio scales for loudness, derived from extensive measurement such as magnitude estimation. The functions are in good agreement and it is concluded that binaural additivity of loudness holds for non-zero stimulation of the ears
This article describes a model of loudness for time-varying sounds that incorporates the concept of ...
Loudness functions and binaural loudness summation was investigated in acoustically stimulated bilat...
In this article we consider whether perceptual magnitudes are represents on unified underlying scale...
In binaural loudness summation, diotic presentation of a sound usually produces greater loudness tha...
Thirty-six different binaural noises were formed by crossing six right-ear intensities of a broadban...
The use of magnitude estimation as well as axiomatic measurement theory has led to the sug-gestion t...
The effect of interaural correlation (ρ) on the loudness for noisebands was measured using a loudnes...
Psychophysical laws quantitatively relate perceptual magnitude to stimulus intensity. While most peo...
In a project that has been funded by the German Ministery of Research and Technology (BMFT) fundamen...
Objective: Current hearing aid prescription rules assume that spectral loudness summation decreases ...
The effect of sound incidence angle on loudness is investigated in this study using binaural synthes...
In an earlier study (1), the loudness of directional sounds presented in an anechoic chamber was inv...
Aversiveness of loud sounds is a frequent complaint by hearing aid users, especially when fitted bil...
The measurement of perceived loudness is a difficult yet im-portant task with a multitude of applica...
Binaural loudness perception has been studied in sound fields from spacially distributed sound sourc...
This article describes a model of loudness for time-varying sounds that incorporates the concept of ...
Loudness functions and binaural loudness summation was investigated in acoustically stimulated bilat...
In this article we consider whether perceptual magnitudes are represents on unified underlying scale...
In binaural loudness summation, diotic presentation of a sound usually produces greater loudness tha...
Thirty-six different binaural noises were formed by crossing six right-ear intensities of a broadban...
The use of magnitude estimation as well as axiomatic measurement theory has led to the sug-gestion t...
The effect of interaural correlation (ρ) on the loudness for noisebands was measured using a loudnes...
Psychophysical laws quantitatively relate perceptual magnitude to stimulus intensity. While most peo...
In a project that has been funded by the German Ministery of Research and Technology (BMFT) fundamen...
Objective: Current hearing aid prescription rules assume that spectral loudness summation decreases ...
The effect of sound incidence angle on loudness is investigated in this study using binaural synthes...
In an earlier study (1), the loudness of directional sounds presented in an anechoic chamber was inv...
Aversiveness of loud sounds is a frequent complaint by hearing aid users, especially when fitted bil...
The measurement of perceived loudness is a difficult yet im-portant task with a multitude of applica...
Binaural loudness perception has been studied in sound fields from spacially distributed sound sourc...
This article describes a model of loudness for time-varying sounds that incorporates the concept of ...
Loudness functions and binaural loudness summation was investigated in acoustically stimulated bilat...
In this article we consider whether perceptual magnitudes are represents on unified underlying scale...