Latest Articles for Safety Technology

Research advances methods for safer robot navigation using uncertainty estimation techniques.

Combining visual and haptic sensors enhances pose estimation for safer human-robot collaboration.

Examining the need for formal verification in object detection technology.

Explore the evolution and benefits of YOLO in object detection.

A new training approach enhances robot safety and adaptability in task performance.

A dataset to improve autonomous vehicle performance in various weather conditions.

Study evaluates sound design for remote robot operation in dangerous environments.

Exploring methods for creating reliable controllers in various environments.

Research improves biosensors to detect landmines safely and effectively.

New methods enhance safety in self-driving cars amid unpredictable obstacles.

A look into output range estimation using Simulated Annealing in neural networks.

A method to help agents navigate complex environments more efficiently.

A program to teach model checking for reliable software development.

Research focuses on improving machine learning defenses against adversarial attacks.

A novel approach streamlines control design while ensuring safety in nonlinear systems.

Examining how machine learning adapts to moving targets in real-time situations.

New model NightFormer enhances night-time image processing for safer navigation.

A new navigation method improves robot safety in crowded environments.

A new method improves image clarity for autonomous vehicles in bad weather.

A new machine learning method prioritizes safety in autonomous systems.

Learn how control systems keep robots and drones safe in various environments.

New method improves safety and performance in autonomous technologies.

Introducing ERF-CondLaneNet for improved lane detection in complex road situations.

Adaptive skin sensitivity enhances safety in human-robot interactions.

A method helps quadruped robots stay safe while carrying varying loads.

A new method helps robots interact safely with people.

A new method improves the safety of autonomous vehicles in risky scenarios.

A study on controlling vertical motion for improved comfort and safety in vehicles.

An event to improve image segmentation models for safer self-driving cars.

A new method enhances the detection of road hazards for advanced driving systems.

New strategies improve robot movement safety and efficiency in complex environments.

Introducing EfficientCrackNet for safer infrastructure through accurate crack detection.

A new method improves robot safety by adapting to real-time conditions.

SPARQ enhances safety monitoring for autonomous vehicles by addressing perception failures.

A method to manage conflicting sensor data in autonomous vehicles for improved safety.

New technology enhances the safety of spent nuclear fuel inspection.

Discover how Safe RL ensures smarter and safer AI interactions.

Protecting deep regression models from hidden threats is crucial for safety.

Engineers use Control Barrier Functions to keep robots safe around people.

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