In intelligent transportation systems, one key challenge for managing ride-hailing services is
the balancing of traffic supply and demand while meeting passenger needs within vehicle …

Shared autonomous vehicles (SAVs) have potential benefits for the society and
environment. This study constructs a novel framework to investigate the combined effects of …

In this paper we study the integrated planning problem of determining car-sharing prices
between zones of the operating area and routing employees (operators) to relocate cars in …

In urban transportation network, the formation of traffic congestion is often caused by link
capacity constraints, which is often accompanied by physical queuing phenomena. This …

This paper introduces a parallel computing framework based on the Spectral Partitioning
(SP) method designed to enhance the computational efficiency of large-scale microscopic …

This study presents a cooperative car‐sharing system in which various service providers
jointly operate a sharing service. A distributed algorithm is proposed for rebalancing control …

The availability of various services for individual mobility is increasing, especially in urban
areas. Dynamic ride-hailing services address these aspects and are gaining market share …

Abstract Shared Autonomous Vehicle (SAV) is an emerging travel mode that can reduce
parking spaces and accelerate urban sprawl. The time–space varying demand leads to the …

Shared private parking spots (SPPSs) are believed to play a crucial role in balancing the
surging parking demand and further alleviating the parking pressure of public carparks …

Short-term car rental services, ie, carsharing, is a solution that has been developing better
and better in urban transport systems in recent years. Along with intensive expansion …