Latest Articles for Safety

Study reveals how handover processes affect train communication efficiency.

Improving maritime communication through integrated systems and robust designs.

New dataset improves camera performance for nighttime driving scenes.

How explanation specificity affects passenger safety and anxiety in autonomous vehicles.

A novel approach to self-driving vehicles that prioritizes safety and comfort.

New methods using LiDAR improve drone tracking and safety.

A new method improves radar signal detection in autonomous vehicles using deep learning.

Q-ICVT method enhances 3D object detection using LiDAR and camera data.

Examining the vital role of communication in managing UAVs in our skies.

Examining the partnership between humans and robots in challenging environments.

Research reveals methods to handle changing road conditions for self-driving cars.

A technique to help robots recover from attacks while staying mission compliant.

A new system enhances fall detection accuracy for elderly individuals.

Embedding indicators in structures can alert to overload situations, enhancing safety.

Drowsiness detection methods enhance safety in driving, workplaces, and healthcare.

Using machine learning to improve drone stability and safety in challenging conditions.

WebCrowds offers insights into crowd behavior for effective emergency management.

Techniques to enhance accuracy of wireless positioning, especially indoors.

A look at combining sensing and communication technologies for better target detection.

A new approach to enhance transportation systems using edge-based data management.

New models improve road damage detection with drones, enhancing city safety.

Examining key issues in the safety and security of autonomous vehicles.

Using neural networks to identify damage in thin aluminum plates for safer structures.

A new metric improves depth estimation model evaluation for safer driving.

New dataset boosts accuracy for helmet-mounted systems in various environments.

A new framework enables realistic traffic scenarios for testing self-driving cars.

Examining how explanation errors affect trust in autonomous vehicles.

Research focuses on safe UAV navigation along rivers using advanced techniques.

Using advanced models to improve analysis of safety reports in healthcare.

A new method enhances car depth perception at night using HD headlights.

Exploring safety and compliance in AI-driven healthcare technologies.

Innovative techniques improve learning for self-driving cars.

Using VR for better tornado warning communication can save lives.

This article examines methods for assessing corrosion in buried objects without excavation.

SAFER-Splat enhances robot navigation with real-time mapping and safety measures.

A method to clarify how robots make choices to ensure safety.

Exploring how vehicles share real-time information to enhance safety and efficiency.

VALO optimizes LiDAR detection for autonomous vehicles, balancing speed and accuracy.

RenderWorld uses visual data for safer self-driving technology.

A method combining offline and online learning for improved pedestrian movement predictions.