Difference between revisions of "2006:Score Following Proposal"

From MIREX Wiki
m (Realtime Audio to Score Alignment Proposal moved to Score Following Proposal)
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== Proposers ==
 
== Proposers ==
 
* Arshia Cont (University of California in San Diego (UCSD) and Ircam - Realtime Applications Team, France) - [mailto:cont@ircam.fr cont@ircam.fr]
 
* Arshia Cont (University of California in San Diego (UCSD) and Ircam - Realtime Applications Team, France) - [mailto:cont@ircam.fr cont@ircam.fr]
* Christopher Raphael (School of informatics, Indiana University, US) - [mailto:craphael@postal.informatics.indiana.edu craphael@postal.informatics.indiana.edu]
 
  
 
== Title ==
 
== Title ==
Realtime Audio to Score Alignment (Score Following)
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Score Following  
  
 
== Description ==
 
== Description ==
Evaluation of real-time Audio to Score Aligment (score following) systems. Discussion of the evaluation procedures on the [https://mail.lis.uiuc.edu/mailman/listinfo/mrx-com01 MIREX 06 "ScoreFollowing06" contest planning list] will be documented on the [[Realtime Audio to Score Alignment]] page. A full digest of the discussions is available to subscribers from the [https://mail.lis.uiuc.edu/mailman/private/mrx-com01/ MIREX 06 "ScoreFollowing06" contest planning list archives].
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Score Following is the ''real-time'' alignment of incoming music signal to the music score. The music signal can be symbolic (Midi Score Following) or Audio.  
  
Submissions will be required to estimate alignment precision according to the indexed times, type of alignment (monophonic, polyphonic), type of training and realtime performance.
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This page describes a proposal for evaluation of score following systems. Discussion of the evaluation procedures on the [https://mail.lis.uiuc.edu/mailman/listinfo/mrx-com01 MIREX 06 "ScoreFollowing06" contest planning list] will be documented on the [[Score Following]] page. A full digest of the discussions is available to subscribers from the [https://mail.lis.uiuc.edu/mailman/private/mrx-com01/ MIREX 06 "ScoreFollowing06" contest planning list archives].
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Submissions will be required to estimate alignment precision according to the indexed times, type of alignment (monophonic, polyphonic), type of training and realtime performance, also separated into two domains (upon enough submissions) for symbolic and audio systems.
  
 
== Status ==
 
== Status ==
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* Diemo Schwarz (Ircam)
 
* Diemo Schwarz (Ircam)
 
* Miller Puckette (UCSD)
 
* Miller Puckette (UCSD)
 +
* Ozgur Izmirli (Connolle)
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* Cort Lippe (University of Buffalo)

Revision as of 13:14, 6 March 2006

Proposers

  • Arshia Cont (University of California in San Diego (UCSD) and Ircam - Realtime Applications Team, France) - cont@ircam.fr

Title

Score Following

Description

Score Following is the real-time alignment of incoming music signal to the music score. The music signal can be symbolic (Midi Score Following) or Audio.

This page describes a proposal for evaluation of score following systems. Discussion of the evaluation procedures on the MIREX 06 "ScoreFollowing06" contest planning list will be documented on the Score Following page. A full digest of the discussions is available to subscribers from the MIREX 06 "ScoreFollowing06" contest planning list archives.

Submissions will be required to estimate alignment precision according to the indexed times, type of alignment (monophonic, polyphonic), type of training and realtime performance, also separated into two domains (upon enough submissions) for symbolic and audio systems.

Status

Evaluation procedures

Evaluation metrics

Evaluator pseudo-code

Statistical Significance testing

Visualisation

Input data

Content

File formats

Output data

Content

File formats

Suggested calling formats for submitted algorithms

Maximum submission runtime

Test collections

Potential Participants

  • Arshia Cont (UCSD / Ircam)
  • Roger Dannenberg (Carnegie Mellon University)
  • Christopher Raphael (Indiana university)
  • Diemo Schwarz (Ircam)
  • Miller Puckette (UCSD)
  • Ozgur Izmirli (Connolle)
  • Cort Lippe (University of Buffalo)