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Shared ride services in North America: definitions, impacts, and the future of pooling

机译:在北美共享乘坐服务:汇集的定义,影响和未来

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摘要

Shared ride services allow riders to share a ride to a common destination. They include ridesharing (carpooling and vanpooling); ridesplitting (a pooled version of ridesourcing/transportation network companies); taxi sharing; and microtransit. In recent years, growth of Internet-enabled wireless technologies, global satellite systems, and cloud computing - coupled with data sharing - are causing people to increase their use of mobile applications to share a ride. Some shared ride services, such as carpooling and vanpooling, can provide transportation, infrastructure, environmental, and social benefits. This paper reviews common shared ride service models, definitions, and summarises existing North American impact studies. Additionally, we explore the convergence of shared mobility; electrification; and automation, including the potential impacts of shared automated vehicle (SAV) systems. While SAV impacts remain uncertain, many practitioners and academic research predict higher efficiency, affordability, and lower greenhouse gas emissions. The impacts of SAVs will likely depend on the number of personally owned automated vehicles; types of sharing (concurrent or sequential); and the future modal split among public transit, shared fleets, and pooled rides. We conclude the paper with recommendations for local governments and public agencies to help in managing the transition to highly automated vehicles and encouraging higher occupancy modes.
机译:共享骑行服务允许骑手分享乘车到公共目的地。它们包括riveShiening(拼车和vanpooling);互相互动(汇集版的郊游/交通网络公司);出租车分享;和microtransit。近年来,增长了互联网的无线技术,全球卫星系统和云计算 - 耦合与数据共享 - 导致人们增加他们对移动应用程序的使用来共享乘车。一些共享的乘坐服务,如拼车和vanpooling,可以提供运输,基础设施,环境和社会效益。本文审查了常用的共享服务模型,定义,总结了现有的北美影响研究。此外,我们探索共享移动性的融合;电气化;和自动化,包括共享自动化车辆(SAV)系统的潜在影响。虽然Sav Impacts仍然不确定,但许多从业者和学术研究预测更高的效率,负担能力和更低的温室气体排放。 Savs的影响可能取决于个人拥有的自动车辆的数量;共享类型(并发或顺序);以及公共交通,共享舰队和汇集乘坐的未来莫代尔分裂。我们将本文与地方政府和公共机构的建议结束,帮助管理到高度自动化车辆的过渡并鼓励高占用模式。

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