In this study an auditory model which predicts psychoacoustic data was applied to the problem of perceptual similarity between piano sounds. The sounds correspond to loudness-balanced recordings of one note played on seven historical pianos that differ in timbre. The similarity between sound pairs was quantified using a 3-AFC discrimination task. To model perceptual similarity, two expected signals were included in the decision stage of an existing auditory model. The simulations were maximally correlated with experimental data when only the initial part of the sounds (0.2 s) was used as input to the model
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
\u3cp\u3eIn this paper an experimental method to quantify perceptual differences between acoustic st...
International audienceIn this study an auditory model which predicts psychoacoustic data was applied...
International audienceIn this study an auditory model which predicts psychoacoustic data was applied...
\u3cp\u3eIn this study an auditory model which predicts psychoacoustic data was applied to the probl...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
International audienceIn this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch ...
International audienceIn this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch ...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
\u3cp\u3eIn this paper an experimental method to quantify perceptual differences between acoustic st...
International audienceIn this study an auditory model which predicts psychoacoustic data was applied...
International audienceIn this study an auditory model which predicts psychoacoustic data was applied...
\u3cp\u3eIn this study an auditory model which predicts psychoacoustic data was applied to the probl...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
In this study an auditory model which predicts psychoacoustic data was applied to the problem of per...
International audienceIn this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch ...
International audienceIn this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch ...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
In this paper, the auditory model developed by Dau, Kollmeier, and Kohlrausch [(1997). J. Acoust. So...
\u3cp\u3eIn this paper an experimental method to quantify perceptual differences between acoustic st...