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Wenbo Zhang and Chang Xu
This study is designed to leverage ubiquitous mobile computing techniques on exploring app-based taxi movement patterns in large cities. To study patterns at different scales, we comprehensively explore both occupied and unoccupied vehicle movement chara...
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Eman O. Eldawy, Abdeltawab Hendawi, Mohammed Abdalla and Hoda M. O. Mokhtar
Taxicabs and rideshare cars nowadays are equipped with GPS devices that enable capturing a large volume of traces. These GPS traces represent the moving behavior of the car drivers. Indeed, the real-time discovery of fraud drivers earlier is a demand for...
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David King, Juan Saldarriaga
Taxicabs are ubiquitous in cities throughout the world, and the industry is going through regulatory change with the growth of app-based services. In the United States, where taxicabs are typically regulated locally, licenses determine where taxis can pi...
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Wangqi Ge, Dan Shao, Meigen Xue, Hong Zhu, Jie Cheng
Pág. 4916 - 4927
Taxicab is one of the critical components of the urban mobility in most metropolitan areas on the world, especially in the emerging countries. Last year in Shanghai, the total 50,000 taxicabs carry 2.8 million passengers and travel 17.1 million kilometer...
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Joschka Bischoff, Michal Maciejewski
Pág. 176 - 186
Autonomous taxi (AT) fleets have the potential to take over a significant amount of traffic handled nowadays by conventionally driven vehicles (CDV). In this paper, we simulate a city-wide replacement of private cars with AT fleets of various sizes. The ...
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