Latest Articles for Safety

Legged robots learn to work together safely for heavy lifting tasks.

Self-driving cars are adapting to your preferences for a safer ride.

This article discusses the safety and security issues in multimodal AI systems.

Examining how being active influences the happiness and health of kids.

Learn effective methods for monitoring system behavior using limited observations.

This project focuses on making AI in trains safe for passengers.

Researchers analyze a staged accident to improve safety in exoskeleton technology.

MLLM-AD-4o enhances self-driving cars' safety in challenging weather.

New road signs aim to protect self-driving cars from visual tricks.

A fresh approach to make robots smarter and more efficient.

Self-driving cars face merging challenges on highways. Safety is key.

Learn how Fault Tree Analysis and AI enhance car safety.

Learn how ZOCBFs help robots and self-driving cars avoid dangers.

Explore how data sharing can improve conditions for gig workers.

Understanding safety awareness and risks for miners at Nampundwe Mine.

Discover how PNO keeps image generation safe and reliable.

Transfer learning boosts control systems, making them safer and more efficient.

Discover how Rectified Control Barrier Functions enhance safety in complex control systems.

New system helps robots navigate busy areas safely and efficiently.

Learn how predictive control enhances robot safety in complex environments.

Discover how repurposing brownfields and coal sites can boost nuclear energy.

A tool to evaluate the safety responses of large language models in China.

A new vaccine developed using RBD protein shows promise in fighting COVID-19.

Reinforcement learning enhances autonomous management of increasing spacecraft in orbit.

Introducing a safety system for quadrupedal robots in complex environments.

Innovative runtime monitoring enhances safety and stability in drones and ships.

LLMs can create tailored false content, increasing risks of deception.

M-ALERT tests language models for safety across five languages.

Discover how FLAMe enhances fall detection in smart cities while ensuring privacy.

Researchers enhance continuum robots with flexible joint arrangements for improved performance.

Discussion on titanium dioxide's safety in food and medicine.

Deliberative Alignment aims to make AI language models safer and more reliable.

Examining AI refusals and their role in safe interactions.

A look at meta-planning for safer autonomous technology.

A new framework prioritizes safety alongside performance in AI evaluation.

A new fuzz testing framework boosts drone safety and efficiency.

RapGuard offers context-aware safety for multimodal large language models.

A new framework enhances safety and explainability in RL applications.

A new method merges models to improve safety and performance.

A new method enhances robot safety and efficiency during movement control.