Latest Articles for Transportation

Exploring how Smart Digital Twins are reshaping various industries through deep learning.

Exploring how mmWave technology can improve communication for connected vehicles.

A new approach to secure CAVs against risks and improve transportation safety.

A study reveals AR's potential to improve pedestrian interactions with autonomous vehicles.

Examining the role of eHMIs in enhancing safety for pedestrians and AVs.

New methods enhance accuracy in measuring asphalt pavement thickness using GPR technology.

One4All-ST offers a streamlined way to predict urban movement and needs.

Radar technology boosts communication systems for real-time vehicle connectivity.

Fault diagnosis is essential for efficient automated systems across various industries.

Examining the role of movement patterns in shaping social separation in cities.

Blending HMDP and MPC for safer autonomous vehicle operations.

NTNs are changing how we connect across vast distances.

A new approach enhances vehicle routing efficiency using machine learning techniques.

Exploring how AI innovations can improve connected automated vehicles and transportation safety.

6G technology promises faster speeds, lower latency, and improved connectivity for all.

A new method enhances trip planning efficiency for electric vehicle drivers.

Study proposes a benchmark for controlling autonomous vehicle groups effectively.

Exploring how VR aids in studying pedestrian interactions with self-driving cars.

Exploring how AR can enhance city navigation and interactions with self-driving cars.

New methods aim to enhance vehicle control in connected and automated platoons.

Analyzing the impact of commuting on health and potential solutions.

New method improves vehicle privacy and safety in Intelligent Transportation Systems.

A secure scheme for vehicle communication enhances safety and privacy.

New framework improves object detection in urban environments using open-vocabulary learning.

Examining pricing strategies for effective ride-pooling services and their impact.

Discover how distributed algorithms streamline resource allocation among agents.

A new method uses quantum computing to tackle complex delivery routing challenges.

Explore minimum spanning trees and their impact on grids and real-world applications.

Analyzing how video compression techniques affect fisheye camera performance in self-driving cars.

New dual-modal approach improves safety and efficiency in intelligent transportation systems.

TwinLiteNet offers an efficient solution for semantic segmentation in self-driving cars.

A new system uses vehicles and quantum computing for faster gas leak detection.

A novel approach to improve realistic testing for autonomous vehicles using CtRL-Sim.

Analyzing how electric carsharing influences energy costs and renewable integration.

Examining how electric cars impact access to services during power outages.

A new platform aims to improve connected vehicle navigation using digital twins.

This research applies antifragility to improve urban traffic management during disruptions.

R T-LLM improves traffic forecasting accuracy and explains its predictions.

A study reveals preferences for passive driving styles in self-driving vehicles.

A new method enhances GNSS location accuracy in cities with tall buildings.