Electrification is an important first step toward reducing the greenhouse emissions of
passenger vehicles. However, how drivers drive, charge, and operate their electrified …

With increasing concerns about urban pollution, electric vehicles (EVs) have offered an
alternative mode of transportation that reduces urban pollution levels. Previous studies have …

With an increasing interest for electric vehicles (EV) and the associated charging needs,
understanding how public charging infrastructure networks impact the adoption of such …

Policymakers have structured legislation and set targets to increase the adoption of electric
vehicles and the deployment of charging stations. As questions arise on how to expand the …

This paper is focused on electric vehicle (EV) users' dominant charging locations, where
they get their EVs recharged more frequently. We particularly compared the dominant …

The rising adoption of plug-in electric vehicles (PEVs) leads to the alignment of their
electricity and their mobility demands. Therefore, transportation and power infrastructures …

The existence of electric vehicle users who procrastinate their charging activities–delay in
charging until a critically low state of charge (ie, almost empty battery)–is acknowledged in …

This chapter introduces the typical application of CHPS in electric vehicle (EV) charging
scheduling. As one example of the humans‐in‐the‐multiagent‐loops category, the adoption …

More specifically, charging control of large-scale EVs often involves multiple EVs and
humans in the area. They are often coupled and cannot be analyzed separately. Thus, this …

For the purpose of determining whether vacant taxis are supposed to use high-occupancy
vehicle (HOV) lanes, this paper builds a framework to explore the performances of a network …