Efficient Long-Sequence Diffusion Modeling for Symbolic Music Generation
Jinhan Xu, Xing Tang, Houpeng Yang, Haoran Zhang, Shenghua Yuan, Jiatao Chen, Tianming Xi, Jing Wang, Jiaojiao Yu, Guangli Xiang

TL;DR
This paper introduces SMDIM, an efficient diffusion model for symbolic music generation that captures long-range dependencies with near-linear cost and refines local details, outperforming existing methods in quality and efficiency.
Contribution
The paper proposes SMDIM, a novel diffusion strategy combining structured state space models and hybrid refinement for scalable long-sequence symbolic music generation.
Findings
SMDIM outperforms state-of-the-art models in quality and efficiency.
The model generalizes well across diverse musical styles.
It effectively captures long-range dependencies with near-linear computational cost.
Abstract
Symbolic music generation is a challenging task in multimedia generation, involving long sequences with hierarchical temporal structures, long-range dependencies, and fine-grained local details. Though recent diffusion-based models produce high quality generations, they tend to suffer from high training and inference costs with long symbolic sequences due to iterative denoising and sequence-length-related costs. To deal with such problem, we put forth a diffusing strategy named SMDIM to combine efficient global structure construction and light local refinement. SMDIM uses structured state space models to capture long range musical context at near linear cost, and selectively refines local musical details via a hybrid refinement scheme. Experiments performed on a wide range of symbolic music datasets which encompass various Western classical music, popular music and traditional folk…
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Taxonomy
TopicsMusic and Audio Processing · Music Technology and Sound Studies · Generative Adversarial Networks and Image Synthesis
