Aktuelle Entwicklungen in der Automatischen Musikverfolgung
Andreas Arzt, Matthias Dorfer

TL;DR
This paper reviews recent advances in real-time automatic music tracking, emphasizing improvements in flexibility, usability, and the integration of deep learning techniques for direct audio-to-score correspondence.
Contribution
It highlights current developments focusing on making automatic music tracking more flexible and user-friendly, especially through deep learning approaches that bypass complex intermediate representations.
Findings
Deep learning enables direct audio and sheet music correspondence.
Recent methods improve identification and flexible tracking of musical pieces.
Focus on enhancing usability and adaptability of music tracking algorithms.
Abstract
In this paper we present current trends in real-time music tracking (a.k.a. score following). Casually speaking, these algorithms "listen" to a live performance of music, compare the audio signal to an abstract representation of the score, and "read" along in the sheet music. In this way at any given time the exact position of the musician(s) in the sheet music is computed. Here, we focus on the aspects of flexibility and usability of these algorithms. This comprises work on automatic identification and flexible tracking of the piece being played as well as current approaches based on Deep Learning. The latter enables direct learning of correspondences between complex audio data and images of the sheet music, avoiding the complicated and time-consuming definition of a mid-level representation. ----- Diese Arbeit befasst sich mit aktuellen Entwicklungen in der automatischen…
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Taxonomy
TopicsMusic and Audio Processing · Speech and Audio Processing · Music Technology and Sound Studies
