Masaya Kawamura
  • Experience
  • Publication
  • Award & Grants
  • Talks
  • Publications
    • BitTTS: 1.58-bit 量子化と重みインデキシングによる軽量なテキスト音声合成
    • SLASH: 信号処理と自己教師あり学習を組み合わせた基本周波数推定法
    • BitTTS: Highly Compact Text-to-Speech Using 1.58-bit Quantization and Weight Indexing
    • Comparative Analysis of Fast and High-Fidelity Neural Vocoders for Low-Latency Streaming Synthesis in Resource-Constrained Environments
    • SLASH: Self-Supervised Speech Pitch Estimation Leveraging DSP-derived Absolute Pitch
    • Description-based Controllable Text-to-Speech with Cross-Lingual Voice Control
    • LibriTTS-P: A Corpus with Speaking Style and Speaker Identity Prompts for Text-to-Speech and Style Captioning
    • PromptTTS++: Controlling Speaker Identity in Prompt-Based Text-to-Speech Using Natural Language Descriptions
    • Lightweight and High-Fidelity End-to-End Text-to-Speech with Multi-Band Generation and Inverse Short-Time Fourier Transform
    • 混合Differentiable Digital Signal Processingモデルによる合成パラメータ抽出のためのラウドネスの時間変動に基づくロス関数の設計
    • Differentiable Digital Signal Processing Mixture Model for Synthesis Parameter Extraction from Mixture of Harmonic Sounds
    • 混合Differentiable DSPモデルによる混合楽器音からの合成パラメータ抽出の実験的評価
    • 楽譜情報を援用した音楽音響信号に対する混合Differentiable DSPモデルの合成パラメータ推定
    • Contrastive Response Pairs for Automatic Evaluation of Non-task-oriented Neural Conversational Models
    • ニューラル対話モデルの自動評価に向けた対照応答対評価セットの試作
  • Experience
  • Talks
    • ICASSP2023音声・音響読み会
    • ICASSP2022音声読み会
  • Award & Grants
    • IEEE Signal Processing Society Japan Student Conference Paper Award
    • Google Travel and Conference Grants

BitTTS: 1.58-bit 量子化と重みインデキシングによる軽量なテキスト音声合成

Sep 11, 2025·
川村 真也, 蓮実 拓也, 白旗 悠真, 山本 龍一
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日本音響学会 2025年秋季研究発表会
Last updated on Sep 11, 2025
speech signal processing
SLASH: 信号処理と自己教師あり学習を組み合わせた基本周波数推定法 Sep 10, 2025 →

© 2025 Masaya Kawamura. This work is licensed under CC BY NC ND 4.0

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