Discusses work with cover songs by the Laboratory for Recognition and Organization of Speech and Audio, Department of Electrical Engineering, Columbia University, with discussion of other applications of the beat-chroma representation
Περιέχει το πλήρες κείμενοA system for Music Identification is presented which makes use of two diff...
It is common practice to map the frequency content of music onto a chroma representation, but there ...
Surveys the work of the Laboratory for Recognition and Organization of Speech and Audio, Department ...
Describes the problem of cover songs, how to calculate chroma features and track beats with dynamic ...
Beat-synchronous chroma features capture melodic-harmonic content of music audio, and successfully d...
A beat-synchronous chroma representation enables the matching of cover versions of popular music usi...
Large music collections, ranging from thousands to millions of tracks, are unsuited to manual search...
Discusses mining for interesting structure in beat-chroma representations, with results of using NMF...
In addition to conventional cepstra, we model the covariance of chroma (melodic/harmonic) features a...
Discusses some results from the idea of chopping beat-chroma representations into little pieces, clu...
A musical style or genre implies a set of common conventions and patterns combined and deployed in d...
Beat-synchronous chroma representations are modeled with single-Gaussian tied models and a simple tr...
Music audio classification has most often been addressed by modeling the statistics of broad spectra...
We describe our cover song detection system, as submitted to the MIREX 2007 Cover Song Detection eva...
Describes the experiments with using cover-song detection as a basis for finding similar songs (not ...
Περιέχει το πλήρες κείμενοA system for Music Identification is presented which makes use of two diff...
It is common practice to map the frequency content of music onto a chroma representation, but there ...
Surveys the work of the Laboratory for Recognition and Organization of Speech and Audio, Department ...
Describes the problem of cover songs, how to calculate chroma features and track beats with dynamic ...
Beat-synchronous chroma features capture melodic-harmonic content of music audio, and successfully d...
A beat-synchronous chroma representation enables the matching of cover versions of popular music usi...
Large music collections, ranging from thousands to millions of tracks, are unsuited to manual search...
Discusses mining for interesting structure in beat-chroma representations, with results of using NMF...
In addition to conventional cepstra, we model the covariance of chroma (melodic/harmonic) features a...
Discusses some results from the idea of chopping beat-chroma representations into little pieces, clu...
A musical style or genre implies a set of common conventions and patterns combined and deployed in d...
Beat-synchronous chroma representations are modeled with single-Gaussian tied models and a simple tr...
Music audio classification has most often been addressed by modeling the statistics of broad spectra...
We describe our cover song detection system, as submitted to the MIREX 2007 Cover Song Detection eva...
Describes the experiments with using cover-song detection as a basis for finding similar songs (not ...
Περιέχει το πλήρες κείμενοA system for Music Identification is presented which makes use of two diff...
It is common practice to map the frequency content of music onto a chroma representation, but there ...
Surveys the work of the Laboratory for Recognition and Organization of Speech and Audio, Department ...
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