Abstract. This paper describes a methodology for the statistical modeling of music works. Starting from either the representation of the symbolic score or the audio recording of a performance, a hidden Markov model is built to represent the corre-sponding music work. The model can be used to identify unknown recordings and to align them with the corresponding score. Experimental evaluation using a col-lection of classical music recordings showed that this approach is effective in terms of both identification and alignment. The methodology can be exploited as the core component for a set of tools aimed at accessing and actively listening to a music collection.
Audio-to-score alignment aims at matching a symbolic representation (the score) to a musical recordi...
We present an efficient approach for an off-line alignment of a symbolic score to a recording of the...
In this paper, we use Hidden Markov Models (HMM) and Mel-Frequency Cepstral Coefficients (MFCC) to b...
This paper describes a methodology for the statistical modeling of music works. Starting from either...
This paper describes a methodology for the statistical modeling of music works. Starting from either...
The availability of large music repositories poses challenging research problems, which are also rel...
Abstract. The availability of large music repositories poses challenging research problems, which ar...
This paper describes a system able to identify a music work through the analysis of the audio record...
The identification of unknown recordings is a challenging problem that has several applications. In ...
Music digital libraries pose interesting and challenging research problems, in particular for the de...
This paper describes a methodology for the automatic identification of audio recordings of ethnic mu...
Abstract: This article presents an offline method for aligning an audio signal to individual instrum...
We present a system for automatic real time alignment of an acoustic music performance with a digita...
This paper describes a working music retrieval prototype, based on a methodology for the recognition...
A methodology is described for the automatic identification of classical music works. It can be cons...
Audio-to-score alignment aims at matching a symbolic representation (the score) to a musical recordi...
We present an efficient approach for an off-line alignment of a symbolic score to a recording of the...
In this paper, we use Hidden Markov Models (HMM) and Mel-Frequency Cepstral Coefficients (MFCC) to b...
This paper describes a methodology for the statistical modeling of music works. Starting from either...
This paper describes a methodology for the statistical modeling of music works. Starting from either...
The availability of large music repositories poses challenging research problems, which are also rel...
Abstract. The availability of large music repositories poses challenging research problems, which ar...
This paper describes a system able to identify a music work through the analysis of the audio record...
The identification of unknown recordings is a challenging problem that has several applications. In ...
Music digital libraries pose interesting and challenging research problems, in particular for the de...
This paper describes a methodology for the automatic identification of audio recordings of ethnic mu...
Abstract: This article presents an offline method for aligning an audio signal to individual instrum...
We present a system for automatic real time alignment of an acoustic music performance with a digita...
This paper describes a working music retrieval prototype, based on a methodology for the recognition...
A methodology is described for the automatic identification of classical music works. It can be cons...
Audio-to-score alignment aims at matching a symbolic representation (the score) to a musical recordi...
We present an efficient approach for an off-line alignment of a symbolic score to a recording of the...
In this paper, we use Hidden Markov Models (HMM) and Mel-Frequency Cepstral Coefficients (MFCC) to b...