This study conducts a holistic and in-depth review of the modeling and optimization
problems arising from the carsharing service operations. The aims of this review are twofold …

With the maturity of vehicle sharing systems including carsharing, bike-sharing, and scooter
sharing systems, the imbalance of vehicle distribution across the service area has become a …

This paper conducts a stated preference (SP) survey by integrating vehicle attributes, policy
attributes, and psychological characteristics to explore the mechanisms of personal carbon …

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 study addresses the tactical electric vehicle fleet size (EVFS) problem faced by
carsharing service (CSS) providers while considering the operational vehicle assignment …

Carsharing has received increased attention from the Operations Research community in
recent years. Currently, many systems are adopting electric vehicles that require charging …

This study aims to determine the electric vehicle fleet size for one-way carsharing services
by maximizing the profit of carsharing operators while taking into account the vehicle …

Shared autonomous electric vehicle systems will be a promising alternative for sustainable
urban mobility. This study investigates an integrated optimization problem for shared …

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 …