Latest Articles for Safety

Learn how world models aid in finding anomalies for autonomous vehicles.

Detect unusual activities in footage captured by moving cameras.

A system using the Matrix Profile algorithm helps identify risky walking patterns.

A smartphone system allows divers to locate each other underwater without extra tools.

A simple approach to ensure drones land securely in crowded environments.

A new system automates excavation planning and execution, enhancing efficiency and safety.

Robots use advanced path planning to safely map unknown environments.

CSVTO improves trajectory optimization in robotics for safer and more effective movement.

A new approach for safety and efficiency in platooning vehicles.

New method enhances explainability of automated driving decisions using clear relationships.

A trust-based system improves pedestrian safety in autonomous vehicle interactions.

New adaptive algorithms improve vehicle communication for safety and efficiency.

5G NR V2X communication enhances vehicle interactions for improved safety and traffic flow.

This article presents an innovative approach to improve traffic sign recognition.

Exploring how machine learning aids automated vehicles in safe navigation and obstacle avoidance.

A method to help robots learn safety rules efficiently from expert actions.

New methods for safely testing AVs with pedestrian simulations to ensure safety.

Remote ID integration enhances drone safety and efficiency in busy airspaces.

Research shows deep learning can improve inspection of synthetic fibre ropes.

A new dataset enhances Time-to-Contact predictions for driver safety.

A system combining video and GPS data for vehicle tracking on Interstate 24.

A method to enhance self-driving cars through better learning and compliance with traffic rules.

A radar-based system improves detection and identification of small drones for safety.

New methods enhance object detection during adverse weather for safer technologies.

New techniques improve fluid-structure interaction modeling for safer nuclear reactors.

Learn how Wireless Sensor Networks can enhance home monitoring and automation.

Explore how communication systems ensure aerial vehicle safety and efficiency.

A novel approach ensures robots can move quickly and safely around obstacles.

Radio frequency-powered sensors provide a solution for efficient structural health monitoring.

Exploring how combustion behaves under various conditions through mathematical modeling.

A new tracking system helps robots guide people to safety during evacuations.

Ensuring LLMs behave in ways that reflect human ethics and values.

Research reveals benefits of non-planar blocks in enhancing stability and energy absorption.

Examining the digital infrastructure needed for connected and automated vehicles.

Sharing knowledge among AVs enhances their ability to adapt to different driving situations.

Investigating automated flight authorization for drones and stakeholder perspectives.

Utilizing data to foresee maintenance needs, reducing costs and increasing safety.

Exploring robot coverage for safety in hazardous environments.

Enhancing road safety and efficiency through improved vehicle communication systems.

A new framework enhances drone safety through state identification and trajectory prediction.