Shared & Micromobility

Shared mobility systems, from taxis to bikes to cars, are driving the evolution of smart cities. C2SMART’s research includes investigating how these shared mobility systems can work more efficiently and analyzing how they impact a city’s transportation system as a whole.

Quantifying and Visualizing City Truck Route Network Efficiency Using a Virtual Testbed

Evaluating Remote Repositioning for Shared Scooters

Utilizing Social Media Data for Estimating Transit Performance Metrics in a Pre- and Post-COVID-19 World

Statewide Mobility Services Program Strategic Procurement Planning

Urban Microtransit Cross-sectional Study for Service Portfolio Design

Modeling and Optimizing Ridesourcing Services in Connected and Automated Cities

Spectrum of Public Transit Operations: From Fixed Route to Microtransit

Impact of Ride-sharing in New York City

New York MATSim model

Development and Tech Transfer of Multi-Agent Simulation Testbed

Crowdsourcing Parking Data for Micromobility Vehicles

City-scalable Destination Recommender System for On-demand Senior Mobility

Proposed Brooklyn bus network redesign by Goldwyn and Levy

Simulation and Analytical Evaluation of Bus Redesign Alternatives

Public charging station locations in NYC

Dual Rebalancing Strategies for Electric Vehicle Carsharing Operations

New York MATSim model

Development of an Open Source Multi-Agent Virtual Simulation Test Bed for Evaluating Emerging Transportation Technologies and Policies

Screenshot of a trajectory synthesizer application for shared electric vehicles

Designing and Managing Infrastructure for Shared Connected Electric Vehicles

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