The uncertainty in work end time can prevent ridesharing between two commuters with
identical home and work locations. This effect can be alleviated by autonomous vehicles …

When traveling in an autonomous car, the travel time can be used for performing activities
other than driving. This paper distinguishes users' work-related and home-related activities …

Morning commuting trips commonly involve a number of transportation modes and
departure times. This study extends the standard bottleneck model by considering both …

Recent empirical studies indicated that using autonomous vehicles (AVs) can reduce
commuters' value of time. In this context, this paper investigates how variation in value of …

This study is the first in the literature to model the joint equilibrium of departure time and
parking location choices when commuters travel with autonomous vehicles (AVs). With AVs …

Due to the confined span of parking location choice for human-driven vehicles (HVs), the
spatiotemporal imbalance in parking space utilization has always been a challenging …

Travel time uncertainty has significant effects on travel reliability and travelers' generalized
trip cost. However, travel time uncertainty has not been considered in existing ride-sharing …

This paper studies the traffic flow patterns in a single bottleneck corridor with a dynamic
ridesharing mode and dynamic parking charges. Schemes with different ridesharing …

Self-driving cars enable dynamic shared mobility, where customers are independent of
schedules and fixed stops. This study aims to investigate the potential effects shared mobility …

This study analyzes carpool in morning commute, using a bottleneck model that allocates a
fraction of the bottleneck capacity to a high-occupancy-vehicle (HOV) or a high-occupancy …