POLARIS

Comparing delay-, distance-, and cordon-based congestion pricing strategies via large-scale simulation

Comparing delay-, distance-, and cordon-based congestion pricing strategies for Austin, Texas using POLARIS simulation, finding delay-based pricing most effective at reducing network delay.

POLARIS

Transportation Systems Simulation framework based on Agent-Based Modeling that had been supported by DOE to support decision-making around urban mobility and its emergent technologies.

Synergies between repositioning and charging strategies for shared autonomous electric vehicle fleets

The emergence of on-demand shared autonomous electric vehicle (SAEV) service requires careful charging station planning and a joint charging and repositioning strategy to mitigate empty travel. This study couples charging and repositioning events as …

SMART

Consortium across multiple National Laboratories and Universities supported by the Department of Energy aiming at accelerating the understanding the impacts of automated vehicles and new mobility services in urban mobility.