@techreport{oai:ipsj.ixsq.nii.ac.jp:00234723,
 author = {菅原, 碧斗 and 岸本, 宗真 and 足立, 優司 and 田井, 清登 and 高島, 遼一 and 滝口, 哲也 and Aoto, Sugahara and Soma, Kishimoto and Yuji, Adachi and Kiyoto, Tai and Ryoichi, Takashima and Tetsuya, Takiguchi},
 issue = {36},
 month = {Jun},
 note = {歌声合成技術は娯楽分野において広く普及し，医療分野においては故人や声を失った患者の歌声を再現する手法として注目を集めている．また，近年ではより人間らしい表現をもつ歌声の合成に関する研究が行われている．本研究では，任意の歌詞付き楽譜を入力とし，オペラ歌唱未経験ユーザの読み上げ音声を用いてオペラ歌唱音声を合成可能なシステムの実現を目的とする．我々は先行研究として，歌声合成手法である DiffSinger と声質変換手法である Diff-SVC を用いて，ユーザの声質でオペラ歌唱合成が可能なシステムを提案した．本稿では DiffSinger に対して母音変化推定器とテンポ推定器を導入し，より人間らしいオペラ歌唱の合成可能なシステムを実現する．, Singing voice synthesis technology is widely used in the entertainment field, and in the medical field, it has attracted attention as a method to reproduce the singing voices of the deceased or patients who have lost their voices. In recent years, research has also been conducted on synthesizing singing voices with more human-like expressions. This paper proposes a system that synthesizes operatic singing voice using arbitrary score with lyrics as a input and the voice of a user who has no experience in opera singing. In our previous work, we proposed a system that synthesizes the user operatic singing voice using DiffSinger, a singing voice synthesis method, Diff-SVC, a singing voice conversion method. In this paper, we introduce a vowel change estimator and a tempo estimator in DiffSinger to realize a system capable of synthesizing more human-like opera singing.},
 title = {母音変化とテンポ変化を考慮した未経験者音声からのアカペラオペラ歌唱音声合成},
 year = {2024}
}