Title :
A Tutorial on Onset Detection in Music Signals
Author :
Bello, Juan Pablo ; Daudet, Laurent ; Abdallah, Samer ; Duxbury, Chris ; Davies, Mike ; Sandler, Mark B.
Author_Institution :
Dept. of Electron. Eng., Univ. of London, UK
Abstract :
Note onset detection and localization is useful in a number of analysis and indexing techniques for musical signals. The usual way to detect onsets is to look for “transient” regions in the signal, a notion that leads to many definitions: a sudden burst of energy, a change in the short-time spectrum of the signal or in the statistical properties, etc. The goal of this paper is to review, categorize, and compare some of the most commonly used techniques for onset detection, and to present possible enhancements. We discuss methods based on the use of explicitly predefined signal features: the signal´s amplitude envelope, spectral magnitudes and phases, time-frequency representations; and methods based on probabilistic signal models: model-based change point detection, surprise signals, etc. Using a choice of test cases, we provide some guidelines for choosing the appropriate method for a given application.
Keywords :
acoustic signal processing; signal detection; time-frequency analysis; indexing techniques; model-based change point detection; music signals; onset detection; probabilistic signal models; signal amplitude envelope; signal short-time spectrum; spectral magnitudes; time-frequency representations; Envelope detectors; Guidelines; Indexing; Multiple signal classification; Phase detection; Signal analysis; Signal detection; Testing; Time frequency analysis; Tutorial; Attack transcients; audio; note segmentation; novelty detection;
Journal_Title :
Speech and Audio Processing, IEEE Transactions on
DOI :
10.1109/TSA.2005.851998