A diffusion U-Net for piano-roll music generation that combines Mamba and a learnable wavelet transform improves quality and chord controllability over Polyffusion and its own ablations.
Generating symbolic music using diffusion models
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Denoising Diffusion Probabilistic models have emerged as simple yet very powerful generative models. Unlike other generative models, diffusion models do not suffer from mode collapse or require a discriminator to generate high-quality samples. In this paper, a diffusion model that uses a binomial prior distribution to generate piano rolls is proposed. The paper also proposes an efficient method to train the model and generate samples. The generated music has coherence at time scales up to the length of the training piano roll segments. The paper demonstrates how this model is conditioned on the input and can be used to harmonize a given melody, complete an incomplete piano roll, or generate a variation of a given piece. The code is publicly shared to encourage the use and development of the method by the community.
fields
cs.SD 1years
2025 1verdicts
CONDITIONAL 1representative citing papers
citing papers explorer
-
Mamba-Diffusion Model with Learnable Wavelet for Controllable Symbolic Music Generation
A diffusion U-Net for piano-roll music generation that combines Mamba and a learnable wavelet transform improves quality and chord controllability over Polyffusion and its own ablations.