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The computer-based harmonic analysis of music recordings with the goal to automatically extract chord labels directly from the given audio data constitutes a major task in music information retrieval. In most automated chord recognition procedures, the given music recording is first converted into a sequence of chroma-based audio features and then pattern(More)
A performance of a piece of music heavily depends on the musician's or conductor's individual vision and personal interpretation of the given musical score. As basis for the analysis of artistic idiosyncrasies, one requires accurate annotations that reveal the exact timing and intensity of the various note events occurring in the performances. In the case(More)
Computers have become an indispensable tool for storing, processing, analyzing, and generating music. The field of Music Information Retrieval (MIR) is a relatively young research discipline with the objective to develop technologies and interfaces that allow users to access and explore music in all its different facets. Being an interdisciplinary area, MIR(More)
The automated extraction of chord labels from audio recordings constitutes a major task in music information retrieval. To evaluate computer-based chord labeling procedures , one requires ground truth annotations for the underlying audio material. However, the manual generation of such annotations on the basis of audio recordings is tedious and(More)
Significant digitization efforts have resulted in large multimodal music collections, which comprise music-related documents of various types and formats including text, symbolic data, audio, image, and video. The challenge is to organize, understand, and search musical content in a robust, efficient, and intelligent manner. Key issues concern the(More)
—For a given piece of music, there often exist multiple versions belonging to the symbolic (e. g. MIDI representations), acoustic (audio recordings), or visual (sheet music) domain. Each type of information allows for applying specialized, domain-specific approaches to music analysis tasks. In this paper, we formulate the idea of a cross-version analysis(More)
In the field of music information retrieval (MIR), great efforts have been directed towards the development of technologies and interfaces that allow users to access and explore music on an unprecedented scale. On the other hand, musicians and music teachers are often still skeptical about the benefits of computer-based methods in music education. In this(More)
Extended Abstract In this demo we present novel functionalities for a user interface referred to as Interpretation Switcher, which has emerged from the previously developed SyncPlayer system [1]. This interface allows a user to select several recordings of the same piece of music, which have previously been synchronized [2]. Each of the recordings is(More)