A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Estimating E-Scooter Traffic Flow Using Big Data to Support Planning for Micromobility
Dockless e-scooter sharing, as a new shared micromobility service, has quickly gained popularity in recent years. In this paper, we present a practical approach to estimating e-scooter flow patterns without knowing the actual routes taken by the e-scooter riders. Our method takes advantage of a huge open dataset that contains the origins and destinations of millions of trips. We show that our models can help cities better support the emerging shared micromobility service. The additional information generated in the modeling process can also be useful for a more refined analysis of e-scooter trips.
Estimating E-Scooter Traffic Flow Using Big Data to Support Planning for Micromobility
Dockless e-scooter sharing, as a new shared micromobility service, has quickly gained popularity in recent years. In this paper, we present a practical approach to estimating e-scooter flow patterns without knowing the actual routes taken by the e-scooter riders. Our method takes advantage of a huge open dataset that contains the origins and destinations of millions of trips. We show that our models can help cities better support the emerging shared micromobility service. The additional information generated in the modeling process can also be useful for a more refined analysis of e-scooter trips.
Estimating E-Scooter Traffic Flow Using Big Data to Support Planning for Micromobility
Feng, Chen (author) / Jiao, Junfeng (author) / Wang, Haofeng (author)
Journal of Urban Technology ; 29 ; 139-157
2022-04-03
19 pages
Article (Journal)
Electronic Resource
Unknown
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