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2019

Activity Modelling Using Journey Pairing of Taxi Trajectory Data

Gong, Shuhui, Cartlidge, John, Bai, Ruibin, Yue, Yang, Li, Qingquan, and Qiu, Guoping

Abstract

Activity Modelling Using Journey Pairing of Taxi Trajectory Data

Taxi GPS data offers an opportunity to discover behavioural patterns in urban populations. However, raw taxi journey data does not provide a link between outbound and return journeys of individual travellers. Without this information, it is not possible to track individual behaviours. In this study, we propose a novel method for pairing taxi journeys and apply it to taxi trajectory data for the city of Shenzhen, China. Journeys related to three activities are considered: shopping, medical, and work. Results, validated using questionnaire data collected in Shenzhen, quantitatively reveal behavioural patterns and suggest possibilities for applications in urban design.

Keywords

TrajectoryGlobal Positioning SystemRaw dataComputer scienceWork (physics)Track (disk drive)PairingChinaUrban computingTransport engineeringGeographyEngineeringTelecommunicationsHuman–computer interaction

Authors from this organization

Ruibin Bai

Ruibin Bai

Director of Lab

Computer Science and Operations Research