Latest Articles for Urban Planning

TraveLLM improves public transport routing during disruptions using advanced language models.

New methods using panoramic cameras aim to enhance cyclist safety on urban roads.

A new method enhances object detection in remote sensing images.

BD-RIS technology aims to improve wireless communication performance.

New techniques enhance localized weather predictions amidst climate change.

Innovative methods to handle travel data for better urban mobility.

New method improves self-driving car decision-making through object-focused representations.

A new dataset improves the understanding of commuting patterns across various regions.

Learn how attention mechanisms can improve mobile crowdsensing performance and data collection.

A new benchmark enhances evaluation of pedestrian pathways for better urban accessibility.

Outdoor cleaning robots can enhance public cleanliness and address labor shortages.

A structured approach to finding meaningful spatial relationships in diverse fields.

A new model predicts traffic accidents by analyzing urban data more effectively.

LightViz offers a new tool for monitoring and managing light pollution in communities.

Exploring how geodesics function within random road structures offers practical implications.

Exploring the impact of digital twins on vehicular networks and communication.

A look into identifying regional-colocation patterns and minimizing false discoveries.

A new approach improves how vehicles predict pedestrian actions.

Quantum algorithms enhance fingerprinting for faster, efficient location tracking systems.

A study on improving GPS data matching to road networks.

A new method improves classification accuracy and efficiency in hyperspectral imaging.

CPMGEM offers cost-effective high-resolution rainfall predictions to aid climate adaptation.

Integrating economic complexity metrics improves our understanding of urban dynamics.

OpenUAS provides a detailed view of urban area usage across Japan's major cities.

This study examines using technology to evaluate safety perceptions in cities.

This study focuses on where and how people shop in Seoul post-pandemic.

Real-time noise mapping uses technology for improved urban noise management.

A study on crime and public safety patterns in Calgary's neighborhoods.

New methods enhance trajectory prediction for safer autonomous driving.

A study on how Park-and-Ride can reduce congestion and emissions.

New dataset offers insights into road surface types and their conditions.

A new method enhances video forecasting by separating scene elements for better predictions.

This article discusses enhancing thermal point clouds using detailed building models.

This article discusses clustering in vehicular networks with UAVs for better communication.

Discover how LiDAR and aerial imagery measure object heights effectively.

A data-driven approach to enhance traffic flow and safety at city intersections.

Using vision-language models to improve urban mapping accuracy and accessibility.

A model improving predictions for high-dimensional matrix time series data.

V2INet improves trajectory prediction using multi-view data for autonomous vehicles.

A VR simulation highlights obstacles faced by individuals with disabilities.