This project presents a novel method for extracting musical features via signal processing and wavelet analysis. Utilizing the human intuition of constructive sound wave interaction, we construct the classical techniques of signal processing in Fourier analysis. Building upon Fourier analysis, this project utilizes wavelet transforms to extract individual beats, and contextualizes them within larger rhythms for comparison and recommendation. Fundamental limitations of time- and frequency-localized information are explored in a signal processing context, with emphasis and interpretation on the human experience of music consumption
In this paper we draw links between the widely used gammatone filter auditory model and wavelet theo...
Research objects: Sound philosophy. Processing audio data based on the use of the Wavelet Transform ...
Signal processing methods for audio classification and music content analysis are developed in this ...
Wavelet transform can be applied to many ways such as edge detection, corner detection, filter desig...
This paper presents a study on musical signal classification, using wavelet transform analysis in co...
As piano recordings on analog form degrade, they are being converted to digital format, one of them ...
International audienceIntelligent music navigation is one of the important tasks in today's music ap...
: In this paper a fast method for the calculation of a linear time-frequency distribution based on t...
Recommender Systems provide suggestions for items (e.g., movies or songs) to be of use to a user. Th...
The time-varying frequency structure of musical signals have been analyzed using wavelets by either ...
With the high increase in the availability of digital music, it has become of interest to automatica...
Let us consider music. If the music is recorded from a live broadcast onto tape, we have a signal, t...
In recent years, the technology of acoustic detection has been developed all over the world quickly....
Although wavelet analysis has been shown to be of interest in an audio context, little interpretatio...
Computational auditory scene analysis (CASA) has been attracting growing interest since the publicat...
In this paper we draw links between the widely used gammatone filter auditory model and wavelet theo...
Research objects: Sound philosophy. Processing audio data based on the use of the Wavelet Transform ...
Signal processing methods for audio classification and music content analysis are developed in this ...
Wavelet transform can be applied to many ways such as edge detection, corner detection, filter desig...
This paper presents a study on musical signal classification, using wavelet transform analysis in co...
As piano recordings on analog form degrade, they are being converted to digital format, one of them ...
International audienceIntelligent music navigation is one of the important tasks in today's music ap...
: In this paper a fast method for the calculation of a linear time-frequency distribution based on t...
Recommender Systems provide suggestions for items (e.g., movies or songs) to be of use to a user. Th...
The time-varying frequency structure of musical signals have been analyzed using wavelets by either ...
With the high increase in the availability of digital music, it has become of interest to automatica...
Let us consider music. If the music is recorded from a live broadcast onto tape, we have a signal, t...
In recent years, the technology of acoustic detection has been developed all over the world quickly....
Although wavelet analysis has been shown to be of interest in an audio context, little interpretatio...
Computational auditory scene analysis (CASA) has been attracting growing interest since the publicat...
In this paper we draw links between the widely used gammatone filter auditory model and wavelet theo...
Research objects: Sound philosophy. Processing audio data based on the use of the Wavelet Transform ...
Signal processing methods for audio classification and music content analysis are developed in this ...