DocumentCode
64514
Title
Understanding Taxi Service Strategies From Taxi GPS Traces
Author
Daqing Zhang ; Lin Sun ; Bin Li ; Chao Chen ; Gang Pan ; Shijian Li ; Zhaohui Wu
Author_Institution
Dept. of Network Services, TELECOM SudParis, Évry, France
Volume
16
Issue
1
fYear
2015
fDate
Feb. 2015
Firstpage
123
Lastpage
135
Abstract
Taxi service strategies, as the crowd intelligence of massive taxi drivers, are hidden in their historical time-stamped GPS traces. Mining GPS traces to understand the service strategies of skilled taxi drivers can benefit the drivers themselves, passengers, and city planners in a number of ways. This paper intends to uncover the efficient and inefficient taxi service strategies based on a large-scale GPS historical database of approximately 7600 taxis over one year in a city in China. First, we separate the GPS traces of individual taxi drivers and link them with the revenue generated. Second, we investigate the taxi service strategies from three perspectives, namely, passenger-searching strategies, passenger-delivery strategies, and service-region preference. Finally, we represent the taxi service strategies with a feature matrix and evaluate the correlation between service strategies and revenue, informing which strategies are efficient or inefficient. We predict the revenue of taxi drivers based on their strategies and achieve a prediction residual as less as 2.35 RMB/h,1 which demonstrates that the extracted taxi service strategies with our proposed approach well characterize the driving behavior and performance of taxi drivers.
Keywords
Global Positioning System; behavioural sciences computing; data mining; matrix algebra; road vehicles; traffic engineering computing; China; correlation evaluation; crowd intelligence; driving behavior; efficient taxi service strategies; feature matrix; historical time-stamped GPS traces; inefficient taxi service strategies; large-scale GPS historical database; passenger-delivery strategies; passenger-searching strategies; revenue prediction; service-region preference; taxi GPS trace mining; taxi trajectory mining; Cities and towns; Correlation; Global Positioning System; Handover; Trajectory; Vehicles; Revenue prediction; service strategies; taxi GPS traces; taxi trajectory mining;
fLanguage
English
Journal_Title
Intelligent Transportation Systems, IEEE Transactions on
Publisher
ieee
ISSN
1524-9050
Type
jour
DOI
10.1109/TITS.2014.2328231
Filename
6841047
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