Latest Articles for Transportation

New filtering methods enhance object tracking for various applications.

A new approach to optimize vehicle routing using reinforcement learning.

Reducing carbon emissions through active transport can improve public health and longevity.

ISAC improves IoT device efficiency as we advance into 6G technology.

An overview of spanners, Steiner points, and their significance in various applications.

New methods aim to improve fairness in machine learning across different locations.

Research focuses on smooth safety filters for improved autonomous vehicle performance.

Discover how advanced algorithms improve delivery routing efficiency.

Examining how AVs can improve road safety while maintaining traffic flow.

Examining factors affecting healthcare utilization among young women in low-income nations.

Using AI models to improve personal mobility planning in urban settings.

New methods improve object recognition and safety in self-driving cars.

This model improves predictions of commuting patterns for better urban planning.

Drones revolutionize last-mile delivery, enhancing speed and efficiency.

Methods to improve system accuracy amid misinformation and noise.

Examining energy management's role in the growth of electric mobility and AI's impact.

A new learning algorithm for agents in constrained multi-player scenarios.

Cycling can help improve public health and reduce emissions.

Explore how availability and throughput impact various resource management scenarios.

A new method enhances road segmentation accuracy in varied satellite images.

This method improves urban research by collecting public perceptions of street views.

A new framework addresses uncertainties in discrete choice models for better predictions.

New method enhances reliability of object detection in self-driving cars.

This study explores flow patterns around high-speed trains to enhance aerodynamic design.

Explore the principles of movement, forces, and their real-world applications.

A new method to enhance data collection efficiency in sensor networks.

Examining how pedestrians respond to automated vehicles in shared environments.

Exploring how AVs can express emotions to enhance safety and comfort for pedestrians.

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.