March 30, 2024, 1:25 a.m. | Synced

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A research team from University of California, Berkeley presents a causal transformer model trained via autoregressive prediction of sensorimotor trajectories, culminating in the remarkable feat of enabling a full-sized humanoid to navigate the streets of San Francisco in a zero-shot manner.


The post Robotic Marvels: Conquering San Francisco’s Streets Through Next Token Prediction first appeared on Synced.

ai artificial intelligence berkeley california causal deep-neural-networks enabling humanoid machine learning machine learning & data science ml next prediction research research team robotic san francisco team technology the streets of san francisco through token transformer transformer model university via zero-shot

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