Latest Articles for Safety

Measuring robustness and safety in cyber-physical systems under sensor threats.

A new method improves vehicle positioning using 5G and onboard sensors.

A new framework improves self-driving car behavior through advanced learning techniques.

A new method for safer, smarter autonomous driving without HD maps.

A new method reduces message collisions between connected vehicles.

Discover how AI is transforming non-destructive evaluation methods for safety.

Exploring the importance and methods of recovery in cyber-physical systems after cyber attacks.

Control systems use safety measures to operate effectively in real-world conditions.

This article examines methods for safe operation in complex systems.

A new drone system improves safety and efficiency in infrastructure inspections.

Improving safety and efficiency in self-driving cars through better communication.

EdgeLoc combines traditional and modern methods for better vehicle location tracking.

A new framework for autonomous robots enhances human oversight during exploration.

New methods improve vehicle tracking accuracy using radar and camera data.

Study examines how vibrations influence our perception of touchscreen feedback.

A new data-driven approach improves safety and efficiency in underground construction.

A new method improves traffic flow and fuel efficiency at complex intersections.

Understanding gas flows when mixing hydrogen and natural gas in pipelines.

A new method enhances safety in reinforcement learning through risk management.

A look at improving safety in aerospace software with Rust.

DAS technology transforms traffic monitoring using fiber-optic cables for real-time data.

Understanding human factors is key to developing safe automated vehicles.

A new control system enhances energy efficiency for connected vehicles in cities.

Exploring how human feedback shapes autonomous vehicle behavior through reward systems.

Using deep learning to enhance acoustic emission monitoring of bolted joints.

As space becomes crowded, effective tracking systems are essential for safety.

A new approach enhances safety in systems with uncertainties using reachability analysis.

A look at intersymbolic AI combining symbolic and subsymbolic methods for smarter systems.

This study evaluates how HD map methods perform under adverse conditions.

Efficient methods for identifying drones using convolutional neural networks.

Introducing a tool to enhance safety in language model interactions.

A new approach to improve testing in configurable systems by prioritizing critical features.

As vehicles become smarter, protecting them from cyber threats is essential.

Research shows simple input changes can lead to harmful outputs in LLMs.

EfficientFuser enhances sensor fusion for safer self-driving cars.

A look into precision-focused estimation methods in critical fields.

JaywalkerVR simulates pedestrian interactions to improve self-driving car safety.

Learn how to enhance infrared images for better pedestrian detection in self-driving cars.

A new system improves detection of sensor anomalies in automated vehicles.

RSHPN framework enhances reliability and safety in robotic systems through better analysis.