Building Agents That Understand the World

New research introduces a framework for aligning artificial intelligence with real-world experience, enabling more robust planning and physical interaction.

New research introduces a framework for aligning artificial intelligence with real-world experience, enabling more robust planning and physical interaction.

A new analysis of millions of online forum posts reveals a surge in concerns about digital privacy, security threats, and the growing need for tailored support.

A new framework integrates neural networks into the OPM Flow reservoir simulator, promising faster and more accurate modeling of complex near-well behavior.

New research demonstrates a pathway to autonomous marine vessel navigation that prioritizes both efficiency and safety through advanced reinforcement learning.
New research reveals how to maintain a large language model’s core abilities while updating its knowledge with new information.

A new approach leverages deep reinforcement learning to intelligently adapt search strategies, boosting performance on complex vehicle routing problems.

New research explores whether artificial intelligence can anticipate human decisions in everyday conversations, even when we’re influenced by subtle biases.
A new approach combines tumor growth and routine blood tests to offer more accurate survival predictions for non-small cell lung cancer patients.

As machine learning models become increasingly integral to critical infrastructure, a proactive and holistic approach to security is essential throughout the entire development process.
Researchers demonstrate that advanced AI models can accurately forecast process behavior even when data is scarce, offering a viable alternative to traditional methods.