Goldsmiths College / Dartmouth College / University of London / /
IndustryTerm
difficult communications channels / fingerprint systems / duplicate web pages / near-neighbor search / audio matching applications / music-similarity systems / playback device / musical-similarity systems / optimum-radius solution / power-law range / database systems / pair-wise processing / dot product / Internet-connected world / maximum energy / recommender systems / identification systems / classic fingerprint systems / search radius / music search problems / linear-search techniques / brute-force solution / Potential applications / radius-search method / near neighbor retrieval algorithms / search radius algorithms / nearby web pages / power law / relative energy levels / approximate near-neighbor search / related-track recognition algorithms / music search engines / search space / lookup algorithm / search results / retrieval systems / minimum search radius parameters / /
MusicAlbum
SPEECH / U.K. / /
MusicGroup
PCP / /
Organization
Department of Music / Department of Computing / Dartmouth College / Engineering and Physical Sciences Research Council / Goldsmiths College / University of London / /
Person
Christophe Rhodes / Eugen Indjic / Malcolm Slaney / Song Classifier / Track Model / Joyce Hatto / Vesa Valimaki / /
Position
model for two tracks / pianist / concert pianist / same artist / model / associate editor / /
IEEE TRANSACTIONS ON AUDIO, SPEECH, AND LANGUAGE PROCESSING, VOL. 16, NO. 5, JULY[removed]Analysis of Minimum Distances in High-Dimensional Musical Spaces