3 Repos
Generative models using flow matching to transform noise into continuous audio latents.
Distinct from Flow-Matching Frameworks: Distinct from Flow-Matching Frameworks: focuses on audio signal latents rather than image diffusion.
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Audiocraft is a deep learning audio library and machine learning framework designed for training, fine-tuning, and evaluating generative models for music and sound effects. It functions as a text-to-music generative model and a neural audio codec, providing the tools necessary to compress audio signals into discrete representations and synthesize high-fidelity waveforms from textual descriptions. The framework is distinguished by its ability to combine multiple conditioning signals, allowing for the generation of audio based on text prompts, melodic excerpts, or style-based audio clips. It al
Implements a flow matching objective to train models on continuous latents extracted from audio compressors.
F5-TTS is a text-to-speech system that utilizes a flow matching engine and diffusion transformers to generate fluent synthetic speech. It functions as a multilingual speech synthesizer and neural training framework, providing tools for voice cloning and high-performance inference serving. The project distinguishes itself through a voice cloning toolkit capable of mimicking specific speaker characteristics and tones from reference audio clips. It supports cross-lingual generation, allowing for the synthesis of audio across various global languages or the mixing of multiple languages within a s
Uses a flow matching engine and diffusion transformers to generate fluent synthetic speech.
Dieses Projekt ist ein neuronales Text-to-Speech-Framework und ein PyTorch-Modell, das darauf ausgelegt ist, menschliche Sprache zu synthetisieren. Es konvertiert geschriebenen Text in synthetisches Audio durch die Vorhersage von Mel-Spektrogrammen, die als Zwischenrepräsentation für die Stimmgenerierung dienen. Das System enthält ein Konditionierungsmodell für WaveNet, um eine natürlich klingende Audioausgabe sicherzustellen. Es bietet ein verteiltes Trainings-Framework, das Multi-GPU-Verarbeitung und automatische Mixed-Precision nutzt, um die Trainingsgeschwindigkeit zu optimieren und den Speicherverbrauch zu reduzieren. Das Projekt deckt die gesamte Pipeline der neuronalen Sprachsynthese ab, vom Modelltraining unter Verwendung von Text- und Audiodatensätzen bis zur Generierung künstlicher Stimmen. Es verwendet einen konvolutionalen Encoder-Decoder und Sequence-to-Sequence-Attention, um sprachliche Merkmale auf akustische Frames abzubilden.
Provides a comprehensive neural engine for training speech models and generating synthetic audio.