U.S. Department of Transportation

This project uses connected and automated vehicle technology to streamline freeway ramp traffic.

This project studies urban, last-mile freight operations in order to improve California's freight efficiency.

This project evaluates different scenarios of low-carbon fuel in the U.S. transportation industry.

This project creates a sensor to measure the fuel quality of natural gas, with the intention of advancing renewable natural gas as a vehicular fuel source.

This project seeks to unpack the political opposition to gasoline taxes, by examining how precinct-level support for California Proposition 6, which would have immediately reduced state gasoline taxes, covaries with the political ideology of voters and the economic burden of gasoline taxes.

The objective of this research is to develop dynamic routing algorithms to support ridesharing.

This work studies the optimization of scheduling of chassis and container movements at the operational level for individual trucking companies when Chassis Processing Facilities (CPFs) are available for use in the vicinity of a container port within a major metropolitan area.

This project evaluates benefits from transit vehicle eco-driving.

The researchers simulated the implementation of transit eco-driving strategies in an effort to reduce fuel consumption and emissions from transit operations.