MIT Computer Science & Artificial Intelligence Laboratory
@csail.mit.edu
MIT's Computer Science & Artificial Intelligence Laboratory (CSAIL). Media Inquiries: [email protected]
A new AI model from MIT CSAIL called "CausVid" crafts smooth, high-quality videos in seconds: bit.ly/3GKkSJQ
The system combines the photorealism of diffusion models w/the speed of autoregressive approaches, potentially making it useful for editing videos & creating training data for robots.
The system combines the photorealism of diffusion models w/the speed of autoregressive approaches, potentially making it useful for editing videos & creating training data for robots.
May 12, 2025 at 4:46 PM
A new AI model from MIT CSAIL called "CausVid" crafts smooth, high-quality videos in seconds: bit.ly/3GKkSJQ
The system combines the photorealism of diffusion models w/the speed of autoregressive approaches, potentially making it useful for editing videos & creating training data for robots.
The system combines the photorealism of diffusion models w/the speed of autoregressive approaches, potentially making it useful for editing videos & creating training data for robots.
A new technique from MIT can make AI-generated code adhere to whatever programming language or other format is being used, while remaining error-free: bit.ly/43U2Pua
April 30, 2025 at 8:26 PM
A new technique from MIT can make AI-generated code adhere to whatever programming language or other format is being used, while remaining error-free: bit.ly/43U2Pua
Cable-driven mechanisms enable streamlined, precise motion, but are difficult to assemble by hand.
MIT’s "Xstrings" 3D printing approach automates how these objects are put together, allowing users to customize designs for things like:
- A lizard robot
- A wall sculpture
Full video: bit.ly/4il1aCj
MIT’s "Xstrings" 3D printing approach automates how these objects are put together, allowing users to customize designs for things like:
- A lizard robot
- A wall sculpture
Full video: bit.ly/4il1aCj
March 20, 2025 at 2:49 PM
Cable-driven mechanisms enable streamlined, precise motion, but are difficult to assemble by hand.
MIT’s "Xstrings" 3D printing approach automates how these objects are put together, allowing users to customize designs for things like:
- A lizard robot
- A wall sculpture
Full video: bit.ly/4il1aCj
MIT’s "Xstrings" 3D printing approach automates how these objects are put together, allowing users to customize designs for things like:
- A lizard robot
- A wall sculpture
Full video: bit.ly/4il1aCj