Ceyuan Yang (@ceyuany) 's Twitter Profile
Ceyuan Yang

@ceyuany

Researcher, Always.

ID: 1232105669009895424

linkhttp://ceyuan.me calendar_today25-02-2020 00:51:07

117 Tweet

1,1K Followers

465 Following

Ceyuan Yang (@ceyuany) 's Twitter Profile Photo

Glad to share Seaweed-7B, a cost-effective foundation model for video generation. Our tech report highlights the key designs that significantly improve compute efficiency and performance given limited resources, achieving comparable quality against other industry-level models. To

Ceyuan Yang (@ceyuany) 's Twitter Profile Photo

Humans interact with this world in real-time. Our latest APT2 makes this happen in video foundation model. Now you can explore the generative world by controlling 6DoF camera poses with negligible latency. Check out more cool stuff at seaweed-apt.com/2

AK (@_akhaliq) 's Twitter Profile Photo

Grok Code Fast 1 is now available in anycoder a speedy and economical reasoning model that excels at agentic coding. one shotted a ai chatbot for gemma-3-270m-it-ONNX using transformers.js in anycoder runs completely in the browser

Grok Code Fast 1 is now available in anycoder

a speedy and economical reasoning model that excels at agentic coding. 

one shotted a ai chatbot for gemma-3-270m-it-ONNX using transformers.js in anycoder

runs completely in the browser
Gordon Wetzstein (@gordonwetzstein) 's Twitter Profile Photo

How do we generate videos on the scale of minutes, without drifting or forgetting about the historical context? We introduce Mixture of Contexts. Every minute-long video below is the direct output of our model in a single pass, with no post-processing, stitching, or editing. 1/4

Peter Lin (@peter9863) 's Twitter Profile Photo

Our research: Adversarial Flow Models (AF) arxiv.org/abs/2511.22475 AF unifies Adversarial and Flow Models. Unlike GANs, AF learns optimal transport (stable). Unlike CMs, AF only trains on needed timesteps (save capacity). We can train super-deep 112-layer 1NFE model! SOTA FIDs!

Our research: Adversarial Flow Models (AF)
arxiv.org/abs/2511.22475

AF unifies Adversarial and Flow Models.

Unlike GANs, AF learns optimal transport (stable). Unlike CMs, AF only trains on needed timesteps (save capacity). We can train super-deep 112-layer 1NFE model! SOTA FIDs!