Traffic congestion, dominated by single-occupancy vehicles, reflects not only transportation
system inefficiency and negative externalities but also a sociological state of human …

Ride-sharing services have attracted significant interest due to overcrowding, limited energy
resources, and environmental concerns. This study proposes a mathematical programming …

Savings on transportation costs provide an important incentive for shared mobility models in
smart cities. Therefore, the problem of maximizing cost savings has been extensively studied …

Taxi sharing is a promising approach to reducing energy consumptions, utilizing limited taxi
resources efficiently while preserving the interest of individuals. The existing studies mostly …

Abstract Peer-to-peer (P2P) ridesharing is a form of shared-use mobility that has emerged in
recent decades as a result of enabling of the sharing economy, and the advancement of new …

Traffic congestion during peak periods has become a serious issue around the globe, partly
due to the high number of single-occupancy commuter trips. Peer-to-peer (P2P) ridesharing …

Ridesharing has emerged as an alternative transportation mode along road networks
around the world. Rideshare matching problem is vital to improve the sustainable …

In ride-sharing, fixing the roles of commuters with vehicles could come at an opportunity of
missed balance between riders and drivers. The decisions made by commuters with …

Abstract In recent years, Transportation Network Companies (TNC) such as Uber and Lyft
have embraced ridesharing: a passenger who requests a ride may decide to save money in …

To increase the utilization of existing resources, vehicle-and ride-sharing systems have
been introduced as an efficient door-to-door service. To leverage the sharing concept, these …