Latest Articles for Transportation

Radar Fields transforms radar data into detailed 3D images for diverse applications.

OpenESS enhances event-based cameras for precise scene understanding and recognition.

Examining traffic patterns using pooled data for better urban management.

AAMF enhances task management in robotic systems for better efficiency and reliability.

New methods improve mission planning and battery use in urban air transport.

Efficiently monitors wrong-way cycling to improve road safety for all users.

This article examines methods for safe operation in complex systems.

A new framework generates human mobility data while protecting individual privacy.

Teams worldwide enhance self-driving car technology in challenging conditions.

New system protects autonomous vehicles from GPS spoofing attacks.

Linking clustering techniques with vehicle routing for efficient deliveries.

New methods improve reachability in high-dimensional systems across various fields.

Explore the fundamentals and applications of graph theory in various fields.

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

GASE method enhances vehicle routing efficiency using adaptive learning techniques.

A look at degree correlation and rewiring techniques in networks.

Exploring the impact of unmanned vehicles on the future of wireless communication.

A new method uses data to stabilize fluid flow past a cylinder.

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

A new model improves delivery speed using trucks and drones.

A method for managing complex interconnected processes under uncertainty.

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

A new method significantly speeds up graphlet detection in complex networks.

Robots combining wheels and legs aim to enhance urban logistics and deliveries.

A study investigates e-scooter user behavior in various traffic scenarios.

This article discusses methods to enhance delivery routing by considering driver preferences.

A data-driven method for optimizing drone deliveries in real-time.

A novel approach to managing interconnected nonlinear systems for improved stability and performance.

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

A new driving world model tackles challenges in autonomous driving technology.

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

A new framework integrates wind factors into AAM scheduling and fleet management.

A new defense mechanism improves object detection in drones under adversarial threats.

Understanding human factors is key to developing safe automated vehicles.

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

Discover how SNNs enhance energy efficiency in autonomous driving systems.

Analyzing vulnerabilities in the SAE J1939 protocol for commercial vehicles.

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

A new RF imaging system enhances object recognition in challenging environments.

Examining the impact of wildlife accidents on railway safety in southern Poland.