Constructing a Singing Style Caption Dataset
<|reference_start|>Constructing a Singing Style Caption Dataset: Singing voice synthesis and conversion have emerged as significant subdomains of voice generation, leading to much demands on prompt-conditioned generation. Unlike common voice data, generating a singing voice requires an understanding of various associated vocal and musical characteristics, such as the vocal tone of the singer or emotional expressions. However, existing open-source audio-text datasets for voice generation tend to capture only a very limited range of attributes, often missing musical characteristics of the audio. To fill this gap, we introduce S2Cap, an audio-text pair dataset with a diverse set of attributes. S2Cap consists of pairs of textual prompts and music audio samples with a wide range of vocal and musical attributes, including pitch, volume, tempo, mood, singer's gender and age, and musical genre and emotional expression. Utilizing S2Cap, we suggest an effective novel baseline algorithm for singing style captioning. Singing style captioning is a relative task to voice generation that generates text descriptions of vocal characteristics, which we first suggested. First, to mitigate the misalignment between the audio encoder and the text decoder, we present a novel mechanism called CRESCENDO, which utilizes positive-pair similarity learning to synchronize the embedding spaces of a pretrained audio encoder to get similar embeddings with a text encoder. We additionally supervise the model using the singer's voice, which is demixed by the accompaniment. This supervision allows the model to more accurately capture vocal characteristics, leading to improved singing style captions that better reflect the style of the singer. The dataset and the codes are available at \bulurl{https://github.com/HJ-Ok/S2cap}.<|reference_end|>
@article{ok2024constructing,
    title={Constructing a Singing Style Caption Dataset},
    author={Hyunjong Ok, Jaeho Lee},
    journal={arXiv preprint arXiv:2409.09866},
    year={2024},
    archivePrefix={arXiv},
    eprint={2409.09866},
    primaryClass={cs.CL cs.AI cs.LG cs.SD eess.AS}
}