
This course provides the basic concepts and skill sets to undertake urban landuse and transportation planning and to analyze the impact of various policies either related to infrastructure development, environmental regulation and urban expansion.

Explore signs of unsafe driving in dementia patients, strategies for caregivers, and alternative transportation options with expert insights from UCLA psychologist Linda Ercoli.

Discover how detailed parking data enhances connected car services, improves driver experiences, and addresses challenges in Japan's dense urban areas. Explore current trends and future developments in the parking industry.

Entdecke die Entstehung von Fahrplänen für öffentliche Verkehrsmittel. Erfahre, wie Baustellen berücksichtigt werden und warum Abweichungen zwischen verschiedenen Quellen auftreten können.

Experts discuss innovative approaches to reduce transportation demand, enhance convenience, and leverage emerging technologies for improved mobility in the Upper Roaring Fork Valley.

Explore sustainable transportation solutions for the Upper Roaring Fork Valley with expert Jim Charlier, covering economic, demographic, and technological influences on mobility systems.

Explore innovative approaches to incorporate equity considerations in travel demand modeling, addressing transportation disparities and promoting fair access to mobility resources.

Exploring sustainable energy solutions for a 1.5°C warming target, emphasizing immediate action, technological advancements, and policy opportunities to address climate change and environmental justice.

Explore Python-based modeling of traffic pollution using smartphone data, combining traffic assignment, econometric models, and congestion analysis for urban environmental monitoring and mitigation.

Explore traffic simulation optimization techniques through a Helsinki case study demonstrating efficient origin-destination matrix reduction methods for improved urban mobility analysis.

Discover how rescuePY simulation suite enables comprehensive analysis of emergency response systems in evolving urban environments, focusing on rescue service performance and evacuation modeling capabilities.

Discover how to develop, calibrate and validate large-scale traffic simulation models using a probabilistic travel demand approach, demonstrated through Belgium's road network implementation.

Discover how microsimulation analyzes urban transport systems, demonstrating significant reductions in congestion and emissions through intermodal transportation and active mobility solutions in city planning.

Explore an innovative bus prioritization framework for signalized intersections that uses occupancy and delay metrics to enhance public transport efficiency through advanced vehicle-to-infrastructure communication and simulation testing.

Discover how to build digital twins for traffic systems using open-source tools like Eclipse SUMO and TAPAS, enabling data-driven decisions for urban mobility optimization and planning.

Explore cutting-edge transportation research and simulation techniques at the Alabama Transportation Institute, focusing on human-centered innovations and international collaborative efforts.

Explore a 1.55-approximation algorithm for Euclidean capacitated vehicle routing in random settings, presented by Zipei Nie.

Optimize traffic control for FIFA 2022 using RLlib-powered multi-agent reinforcement learning, microsimulation, and Graph Convolutional Networks for congestion management in Qatar.

Explore innovative strategies for coordinating cross-county transportation, focusing on ST3's hidden imperative and its impact on regional mobility and accessibility.

Explore innovative solutions for urban mobility challenges in India, focusing on Amazon's on-demand commute program and its impact on traffic congestion and employee satisfaction.

Explore innovative tools for equitable transportation planning using TDEI Infrastructure. Learn how technology can enhance accessibility and promote inclusive urban mobility solutions.