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Purchase Trombone Dataset

"Trombone" is an AI music dataset that provides a rich repository of audio recordings and metadata to explore the intricacies of trombone performances. This collection offers a diverse range of trombone performances to explore MIR tasks, pioneer new techniques in brass instrument processing, and more.

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Dataset Specifications

Total Audio Tracks: Up to 100k Trombone tracks
Type: Instrument (Trombone)
File Format: WAV, FLAC, MP3, CSV, JSON

Dataset includes:

  • Duration

  • Key

  • Tempo

  • BPM Range

  • Mood

  • Energy

  • Description

  • Keywords

  • Chord Progressions

  • Timestamps

  • Time Signature

  • Number of Bars

Purchasing License

Annual License
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Perpetual License
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Free audio sample available

The Trombone Dataset is a comprehensive collection of audio tracks paired with detailed metadata, curated to facilitate advancements in machine learning across various applications. This dataset offers a meticulous exploration into the world of trombone music, highlighting the instrument's distinct timbre, expressive range, and pivotal role in orchestral and ensemble settings.

Whether delivering majestic fanfares or intricate melodies, the trombone's dynamic range and expressive qualities make it a cornerstone of classical, jazz, and contemporary music. Each audio track within this dataset captures the nuanced nuances and emotive qualities of the trombone, providing a diverse array of material for analysis and research endeavors.

Accompanying the audio recordings are detailed metadata annotations, offering insights into musical structures, instrumentation, key signatures, tempo variations, timestamps, and other relevant details. This comprehensive metadata empowers machine learning models to discern the intricacies of trombone performances, facilitating tasks such as generative music composition, music information retrieval (MIR), source separation, and beyond. The Trombone Dataset serves as an invaluable resource for researchers, musicians, and developers seeking to explore the unique characteristics of the trombone within the realm of machine learning, enabling innovative approaches to music synthesis, analysis, and interpretation.

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