This paper compares the efficiency of two relocation methods in a one-way station-based
electric car sharing system. First, an operator-based model is considered where relocations …

This paper develops a formulation for the multiple depot (MD) vehicle scheduling problem
with multiple vehicle types (MVT), including electric buses (EBs), under range and refueling …

Network-based systems are at the core of our everyday life. Whether it is electronic
networking, electricity grids or transportation, users expect the networks to function properly …

One-way station-based carsharing systems allow users to return a rented car to any
designated station, which could be different from the origin station. Existing research has …

One of the goals of transportation system construction and management is to improve
individuals' accessibility or the ease of reaching desired activities, destinations and services …

This paper presents a method for determining the deployment of one-way electric carsharing
services within a designated region that maximizes the total profit of the operator. A mixed …

This paper schedules the zonal-based flexible bus service (ZBFBS) considering elastic
stochastic demand, stochastic location, time-dependent travel time, and passenger time …

This study investigates flexible bus that provides door-to-door service with multiple
passengers sharing the vehicle, which reduces congestion on the urban network. The …

This paper studies the demand-supply imbalance problem for one-way carsharing systems
under a combination of pricing strategy, relocations and access trips considering stochastic …

This paper develops a reliability-based formulation for rapid transit network design under
demand uncertainty. We use the notion of service reliability to confine the stochastic demand …