Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-tone suppression and the third-order intermodulation performance of the human auditory system. The proposed model approximates the Hopf amplifier characteristic using Fourier-series expansion. The parameters of the Fourier-series approximation can be easily obtained without recourse to sophisticated curve-fitting techniques. The results are compared with previously reported observations
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The mammalian auditory system is able to process sounds over an extraordinarily large dynamic range,...
The so called ”Parametric Audio” effect is a way to create highly directional audible sound using ul...
Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-ton...
Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-ton...
Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-ton...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
This article describes a model of loudness for time-varying sounds that incorporates the concept of ...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The mammalian auditory system is able to process sounds over an extraordinarily large dynamic range,...
The so called ”Parametric Audio” effect is a way to create highly directional audible sound using ul...
Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-ton...
Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-ton...
Using a model based on subcritical Hopf amplifiers, closed form expressions are obtained for two-ton...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
A mathematical model for the input-output characteristic of an amplifier exhibiting gain expansion a...
This article describes a model of loudness for time-varying sounds that incorporates the concept of ...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The human cochlea is a fascinating transduction organ that illustrates the ingenious way in which en...
The mammalian auditory system is able to process sounds over an extraordinarily large dynamic range,...
The so called ”Parametric Audio” effect is a way to create highly directional audible sound using ul...