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Emotional Speech-driven 3D Body Animation via Disentangled Latent Diffusion

CVPR 2024 · Image generation › Autoregressive and latent generation · approach: Neural text-to-speech synthesis · 36 citations (OpenAlex)

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Proposes AMUSE, a latent-diffusion model that disentangles speech into content, emotion, and style latents to generate emotional 3D body gestures from speech with user-controllable emotion and style.

Problem

Speech-driven 3D body gesture synthesis ignores explicit control over the emotion expressed by the generated gestures.

Approach

Disentangle driving speech into separate content, emotion, and personal-style latent vectors via a DeiT-based audio autoencoder, then condition a latent diffusion denoiser over a VAE motion prior on them, so emotion and style can be swapped by recombining latents from different audio clips.

Key results

Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use AMUSE instead of TalkSHOW-BEATspeech-driven gesture generation · BEAT testSRGR: 0.31 -> 0.36Helped
Use AMUSE instead of TalkSHOW-BEATspeech-driven gesture generation · BEAT testbeat align (BA): 0.64 -> 0.81Helped
Use AMUSE instead of TalkSHOWspeech-driven gesture generation · BEAT testFGD: 762.15 -> 388.63Helped
Use AMUSE instead of TalkSHOW-BEATspeech-driven gesture generation · BEAT testDiv: 24.16 -> 25.06Helped
Use AMUSE instead of TalkSHOWspeech-driven gesture generation · BEAT testgesture emotion accuracy (GA): 29.41 -> 46.76Helped
Edit emotion using a different audio's emotion latentAMUSE · BEAT test, emotion editingbeat align (BA): baseline methods: 0.23–0.31; AMUSE-EmoEdit: 0.79Helped
Edit emotion using a different audio's emotion latentAMUSE · BEAT test, emotion editinggesture emotion accuracy (GA): baseline methods: 14.17–29.41; AMUSE-EmoEdit: 34.18Helped

Surprising findings

Limitations

Experimental setup

Datasets: BEAT

Benchmarks: BEAT

Metrics: FGD Diversity Gesture emotion accuracy Beat align SRGR emotion classification accuracy F1 perceptual preference

Baselines: TalkSHOW TalkSHOW-BEAT DiffuseStyleGesture MoGlow CaMN Habibie et al.

Builds on: Latent diffusion models DeiT TalkSHOW BEAT SMPL-X

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