A new wave of integrated sensing, communication, and machine learning technologies promises to overcome the unique challenges of safety, security, and efficiency in modern mining operations.
New research reveals a growing imbalance in language technology, with a small number of languages dominating the benefits of artificial intelligence.
A novel multi-agent system provides a comprehensive framework for managing risk and ensuring the integrity of enterprise artificial intelligence deployments.
As large language models become increasingly powerful, researchers are turning to mechanistic interpretability to reveal how these systems actually think and ensure they align with human values.
New research shows that advanced language models, when properly refined, can dramatically improve the detection of critical errors in translated text, paving the way for more reliable multilingual communication.
A new framework models financial markets not as random noise, but as complex systems driven by evolving investment strategies.
A new framework leverages artificial intelligence to automatically summarize structural damage assessments following catastrophic events, accelerating response efforts.
New research shows that artificial intelligence can forecast functional outcomes for stroke patients with accuracy comparable to established methods.
A new framework leverages the power of large language models and real-time data to rapidly assess property damage after flooding events.
A new approach leverages deep learning to anticipate and mitigate frequency instability in power grids, enhancing reliability during critical events.