In this paper, we perform a systematic review of selected publications that offer method-
based solutions to the vehicle relocation issues in car sharing networks. Asymmetric …

In many countries, urbanization has seen a rapid increase in demand for mobility in cities.
Much of this demand is met by private vehicles, of which conventionally powered two …

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 …

The smart city presupposes the integration of different parts—Smart Economy, Smart
Environment, Smart People, Smart Living, Smart Mobility, and Smart Governance. The …

The asymmetric demand-offer problem represents a major challenge for one-way vehicle
sharing systems (VSS) affecting their economic viability as it necessitates the engagement of …

This paper aims to present, define and structure the car rental fleet management problem,
which includes operational fleet management issues and problems traditionally studied …

Free-floating car sharing (FFCS) systems are a promising concept to reduce the traffic
volume in cities. However, spatial and temporal mismatches of supply and demand require a …

Designing a viable carsharing system in a competitive environment is challenging and often
dependent on a myriad of decisions. This paper establishes and presents an integrated …

Most bike-sharing systems in cities aim to maximize demand, an approach that tends to
inadvertently favor wealthier neighborhoods. Therefore, we developed a heuristic and data …

In this paper, we examine the operation of electric vehicles in urban car sharing networks.
After surveying strategic and operational differences and comparing them to gasoline-fueled …