PI: Lihui Bai, University of Louisville. Project Description: The project studies the optimal infrastructure design of a public electric vehicle charging network, primarily concerning the optimal locations of charging stations and their associated capacities, i.e.,...
PIs: Bertan Bakkaloglu and Jennifer Kitchen. Project Description: As more and more automobiles equipped with radar systems based on the state-of-the-art Frequency-Modulated-Continuous-Wave (FMCW) radar architecture enter the world’s roadways, the susceptibility of...
PI: Kara Kockelman, University of Texas. Project Description: While saving drivers time (and crashes), connected (communicating) and self-driving or autonomous vehicles (CAVs) will increase vehicle-miles traveled (VMT) and thus congestion, at least for some period,...
PI: Hongbin Yu, Arizona State University. Project Description: This project intends to explore SiGeSn film grown on Si substrate and their integration into devices for infrared light detection applications. As automobile advances, there are increasing needs to the...
PI: Kara Kockelman, Univesity of Texas. Project Description: This work will anticipate & describe the long-term impacts of various technological & other (e.g., demographic & land use) changes on Americans’ travel choices & traffic conditions. In...