MIMO
M
MIMO
Overview :
MIMO is a versatile video synthesis model that can mimic any individual interacting with objects during complex motions. It synthesizes character videos with controllable attributes such as characters, actions, and scenes based on simple inputs provided by the user (e.g., reference images, pose sequences, scene videos, or images). MIMO achieves this by encoding 2D video into compact spatial codes and decomposing them into three spatial components (main subject, underlying scene, and floating occlusions). This method allows users to flexibly control spatial motion representation and create 3D perceptive synthesis, suitable for interactive real-world scenarios.
Target Users :
MIMO's target audience includes researchers and developers in the fields of computer vision and graphics, as well as enthusiasts interested in video synthesis and animation production. MIMO offers a new tool that enables users to quickly generate highly realistic and interactive video content, which is of significant importance in areas such as filmmaking, game design, and virtual reality.
Total Visits: 3.6K
Top Region: US(95.86%)
Website Views : 168.9K
Use Cases
In filmmaking, quickly generate animated character performances using MIMO.
In game design, utilize MIMO to synthesize game characters with complex actions.
In virtual reality, create virtual characters that interact with the real world through MIMO.
Features
Arbitrary Character Control: Generate animated characters from a single image.
Novel 3D Motion Control: Synthesize complex motions from outdoor videos.
Spatial 3D Motion Control: Synthesize spatial 3D motions from a database.
Interactive Scene Control: Synthesize complex real-world scenes involving object interactions and occlusions.
Comparison with SOTA 2D Methods: Showcase the advantages of MIMO compared to current state-of-the-art 2D methods.
Comparison with SOTA 3D Methods: Showcase the advantages of MIMO compared to current state-of-the-art 3D methods.
How to Use
1. Prepare input materials such as reference images, pose sequences, scene videos, or images.
2. Load the input materials using the MIMO model.
3. Adjust model parameters as needed, such as characters, actions, and scenes.
4. Execute the MIMO model to synthesize the video.
5. Review the synthesized results and make adjustments if necessary.
6. Export the synthesized video content.
7. Apply the synthesized video to relevant projects or research.
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