UniMuMo
U
Unimumo
Overview :
UniMuMo is a multimodal model capable of taking any text, music, and motion data as input conditions to generate outputs across all three modalities. The model bridges these modalities by converting music, motion, and text into token-based representations through a unified encoder-decoder architecture. By fine-tuning existing pretrained unimodal models, it significantly reduces computational requirements. UniMuMo has achieved competitive results in all unidirectional generation benchmarks across music, motion, and text modalities.
Target Users :
The target audience includes music producers, choreographers, video game developers, virtual reality content creators, and professionals who require the generation or synchronization of music, text, and motion data. UniMuMo offers cross-modal creative tools to help them more efficiently develop and realize their ideas.
Total Visits: 231
Top Region: US(100.00%)
Website Views : 52.7K
Use Cases
Music producers use UniMuMo to generate music and dance motions from text descriptions.
Video game developers utilize UniMuMo to generate synchronized music and motions for NPCs in games.
Virtual reality content creators employ UniMuMo to give virtual characters natural movements and musical responses.
Features
Supports text, music, and motion data as input conditions for generating cross-modal outputs.
Aligns unpaired music and motion data using rhythmic patterns, leveraging existing large-scale music and motion datasets.
Uses a unified encoder-decoder transformer architecture to connect music, motion, and text.
Introduces a music-motion parallel generation scheme that unifies all music and motion generation tasks into a single transformer decoder architecture.
Designed by fine-tuning existing pretrained unimodal models to significantly reduce computational demands.
Has achieved competitive results in all unidirectional generation benchmarks for music, motion, and text.
How to Use
Visit the online demo page of UniMuMo.
Read the introduction on the page to understand the model's functions and background.
Select the desired input modality, such as text, music, or motion.
Input specific text descriptions, music clips, or motion data.
Submit the input data and wait for the model to generate cross-modal outputs.
Review the generated results, which can include music, motion, or text descriptions.
Modify the input data or parameters as needed and repeat the generation process for better results.
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