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20182023
most citedCover Detection using Dominant Melody Embeddings

22 citations · 93 across the 11 of their papers we have counts for

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6 papers · 1 filter

cs.SD2022

SSM-Net: feature learning for Music Structure Analysis using a Self-Similarity-Matrix based loss

Geoffroy Peeters, Florian Angulo

In this paper, we propose a new paradigm to learn audio features for Music Structure Analysis (MSA). We train a deep encoder to learn features such that the Self-Similarity-Matrix…

cs.SD2022

Exploiting Device and Audio Data to Tag Music with User-Aware Listening Contexts

Karim M. Ibrahim, Elena V. Epure, Geoffroy Peeters +1

As music has become more available especially on music streaming platforms, people have started to have distinct preferences to fit to their varying listening situations, also know…

cs.SD2022

Deep-Learning Architectures for Multi-Pitch Estimation: Towards Reliable Evaluation

Christof Weiß, Geoffroy Peeters

Extracting pitch information from music recordings is a challenging but important problem in music signal processing. Frame-wise transcription or multi-pitch estimation aims for de…

cs.SD2019★ 22 cited

Cover Detection using Dominant Melody Embeddings

Guillaume Doras, Geoffroy Peeters

Automatic cover detection -- the task of finding in an audio database all the covers of one or several query tracks -- has long been seen as a challenging theoretical problem in th…

cs.SD2019

Improving singing voice separation using Deep U-Net and Wave-U-Net with data augmentation

Alice Cohen-Hadria, Axel Roebel, Geoffroy Peeters

State-of-the-art singing voice separation is based on deep learning making use of CNN structures with skip connections (like U-net model, Wave-U-Net model, or MSDENSELSTM). A key t…

cs.SD2018★ 1 cited

Single-Channel Blind Source Separation for Singing Voice Detection: A Comparative Study

Dominique Fourer, Geoffroy Peeters

We propose a novel unsupervised singing voice detection method which use single-channel Blind Audio Source Separation (BASS) algorithm as a preliminary step. To reach this goal, we…