Latest Articles for Transportation

TwinLiteNet offers a lightweight solution for accurate driving area and lane detection.

Assessing risks in obstacle detection systems for low-speed autonomous trains.

A new framework enhances the accuracy of travel behavior simulations in cities.

New methods aim to improve safety and privacy in V2X communication.

The study analyzes how cycling environments influence safety perceptions and cycling habits.

HUTFormer improves traffic predictions by combining multi-scale data and advanced modeling techniques.

Anonymized movement data sheds light on human behavior in cities.

A new method improves predictions of moving agents' paths in transportation.

Using smaller datasets for faster and cheaper 3D object detection systems.

Two robots and a bike work together to find an unknown exit efficiently.

Improving object detection and segmentation systems for safer self-driving cars.

Examining the importance and techniques of route prediction in delivery services.

A recent study introduces a technique for assessing cognitive load through EEG data.

A study on how 5G networks impact drone communication in suburban areas.

Examining how technology improves pavement inspection and maintenance.

New XAI-CHEST scheme enhances channel estimation transparency and performance in communication.

Planning adaptive railway networks for current and future demands.

Autonomous vehicles enhance parking space estimation for better congestion management.

Exploring how quantum mechanics can enhance decision-making in control systems.

Learn about graphs, their properties, and real-world applications.

Learn how rules guide self-driving cars in traffic situations.

A new method improves image compression for better driving systems.

FusionAD improves self-driving car performance using combined sensor data.

New method improves identification of strange objects on the road.

Research into prechambers aims to improve gas engine efficiency and reduce emissions.

Examining the challenges and solutions for connected and autonomous vehicle operations.

How information about fellow travelers can improve shared automated vehicle experiences.

Combining drones and trucks offers quicker and efficient parcel delivery.

Exploring how cloud technology enhances self-driving vehicle safety through better data processing.

Drones and trucks can work together to improve delivery efficiency.

RIS technology offers solutions for better internet on trains.

Hierarchical Destroy-and-Repair approach shows promise in optimizing large TSP instances.

Vehicles collaborate to optimize performance using innovative task processing methods.

A new AI framework ensures safe aircraft operation in crowded urban areas.

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

Examining new methods for tracking multiple objects with improved accuracy.

Analyzing government regulations to improve supply chain logistics during disruptions.

Learn how connection diversity reveals insights in various networks.

Techniques for optimizing routes in the Traveling Salesman Problem enhance efficiency and reduce computation time.

A look into minimizing transportation costs using graph theory.