@inproceedings{
lei2024songcreator,
title={SongCreator: Lyrics-based Universal Song Generation},
author={Shun Lei and Yixuan Zhou and Boshi Tang and Max W. Y. Lam and Feng liu and Hangyu Liu and Jingcheng Wu and Shiyin Kang and Zhiyong Wu and Helen M. Meng},
booktitle={The Thirty-eighth Annual Conference on Neural Information Processing Systems},
year={2024},
url={https://openreview.net/forum?id=GlD9Juva5V}
}
Music is an integral part of human culture, embodying human intelligence and creativity, of which songs compose an essential part. While various aspects of song generation have been explored by previous works, such as singing voice, vocal composition and instrumental arrangement, etc., generating songs with both vocals and accompaniment given lyrics remains a significant challenge, hindering the application of music generation models in the real world. In this light, we propose SongCreator, a song-generation system designed to tackle this challenge. The model features two novel designs: a meticulously designed dual-sequence language model (DSLM) to capture the information of vocals and accompaniment for song generation, and a series of attention mask strategies for DSLM, which allows our model to understand, generate and edit songs, making it suitable for various songrelated generation tasks by utilizing specific attention masks. Extensive experiments demonstrate the effectiveness of SongCreator by achieving state-of-the-art or competitive performances on all eight tasks. Notably, it surpasses previous works by a large margin in lyrics-to-song and lyrics-to-vocals. Additionally, it is able to independently control the acoustic conditions of the vocals and accompaniment in the generated song through different audio prompts, exhibiting its potential applicability. Our samples are available at https://thuhcsi.github.io/SongCreator/.
SongCreator: Lyrics-based Universal Song Generation
Shun Lei Yixuan Zhou Boshi Tang Max W. Y. Lam Feng liu Hangyu Liu Jingcheng Wu Shiyin Kang Zhiyong Wu Helen M. Meng