EP patent 2,136,306, French patent 2,136,306 UK patent 2,136,306, Italian patent 2,136,306, and German patent 2,136,306 issued March 20, 2013, relates to the transmission of a portion of a content item such as a music track or an identifier for the content item from a client system to a remote server and retrieving, from the remote server, information related to the content item.
Japanese patent 4,723,171, issued April 15, 2011, relates to a method of comparing hashes derived from media signals in a non-exact fashion. This technology is utilized to reliably detect even harshly distorted or otherwise altered media content.
KR Patent 10-0961461 issued May 27, 2010 relates to a method of identifying recordings using both textual information and one or more acoustic fingerprints extracted from the unknown recording in conjunction with each other in order to accomplish an identification.
EP patent 1410380, UK patent 1410380, French patent 1410380, and German patent 1410380 issued April 28, 2010, relates to a method for identifying digital recordings from unidentified recordings by extracting one or more fingerprints from an unidentified recording and searching a reference database for candidate matches.
EP patent 1797552, French patent 1797552, UK patent 1797552, and German patent 1797552, issued April 21, 2010 relate to a method for extracting a melody from an audio signal using frequency dependent scaling of amplitudes in a time/spectral representation of the signal.
JP patent 4,477,028, issued March 19, 2010, relates to a method for associating a recording with recognition data, such as title of recording, artist, album and genre, obtained from the network using fuzzy matching techniques.
EP Patent 1324567, UK patent 1324567, French patent 1324567 and German patent 69841450 issued January 13, 2010, relates to a method for associating remote data with local data characterized by obtaining an identifier from the local data and automatically obtaining from the network an address corresponding to said identifier.
JP Patent 4,398,242, issued October 30, 2009, relates to a method of identifying recordings using both textual information and one or more acoustic fingerprints extracted from the unknown recording in conjunction with each other in order to accomplish an identification.
EP patent 1,314,110, French patent 1,314,110, UK patent 1,314,110, and German patent 60140135.2, issued October 7, 2009, relates to the transmission of a portion of a content item such as a music track or an identifier for the content item from a client system to a remote server and retrieving, from the remote server, information related to the content item.
Japanese patent 4,331,770, issued June 26, 2009, relates to a method for associating a recording with recognition data, such as title of recording, artist, album and genre, obtained from the network using fuzzy matching techniques.
Korean patent 10-893671, issued April 9, 2009, relates to a method of comparing hashes derived from media signals in a non-exact fashion. This technology is utilized to reliably detect even harshly distorted or otherwise altered media content.
Japanese Patent 4,234,170, issued December 19, 2008, relates to a device that connects to a network and uses acoustic fingerprints extracted from raw audio data in order to retrieve and then display textual and other information about the audio files stored or played on the device.
EP patent 1,362,485, German patent 60228202.0, French patent 1,362,485, and UK patent 1,362,485 issued August 13, 2008, relate to a method of comparing hashes derived from media signals in a non-exact fashion. This technology is utilized to reliably detect even harshly distorted or otherwise altered media content.
Japanese Patent 4,045,330, issued November 30, 2007, relates to a device that connects to a network in order to retrieve and then display textual and other information about the audio files stored or played on the device.
EP patent 1,743,324 issued October 31, 2007, relates to the automatic detection of sound events within a complex audio signal. This system uses spectral amplitude profiles derived from the audio signal to detect sound samples such as drum instruments in polyphonic music.
EP patent 1652385, French patent 1652385, UK patent 1652385 and German patent 602004008936 issued September 12, 2007, relates to a method of using fingerprints to synchronize an audio signal with a video signal.
JP Patent 3,914,878, issued February 9, 2007, relates to a device for extracting a tempo from an audio signal by assessing multiple frequency bands and assigning a higher weight to bands with more prominent periodicities.
EP patent 1,371,055, UK patent 1,371,055, German patent 50202914.5, issued April 27, 2005, relates to the extraction of rhythmic and tempo information from music signals by applying autocorrelation functions to multiple frequency bands of said signals, and subsequently weighting and merging the results depending on the obtained characteristics.
EP patent 1,388,145, French patent 1,388,145, German patent 50201311.7-08, and UK patent 1388145 issued October 13, 2004, relates to a device for extracting a tempo from an audio signal by assessing multiple frequency bands and assigning a higher weight to bands with more prominent periodicities.
EP patent 1,010,098 issued June 18, 2003, relates to a method of synchronizing content being played on a local device with complementary visual content from a remote device delivered over the network.
German patent 10,123,366.3, issued August 8, 2002, relates to a device for extracting a tempo from an audio signal by assessing multiple frequency bands and assigning a higher weight to bands with more prominent periodicities.
Gracenote Expands Developer Program with the Release of Video APIs
VUDU Teams with Gracenote to Power In-Home Disc to Digital Service
musiXmatch Gets Turbo Charged MusicID audio recognition from Gracenote
May 17, 2013
Gracenote is speaking at Swissnex about using Mood descriptors to drive music discovery in consumer applications.
June 25-26, 2013
Gracenote is sponsoring and demonstrating its Targeted Advertising technology.
September 13-17, 2013
Gracenote will be exhibiting at IBC 2013.