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Title	Route: A Framework For Customizable Smart Mobility Planners
ID_Doc	47087
Authors	Alkhabbas F.; De Sanctis M.; Bucchiarone A.; Cicchetti A.; Spalazzese R.; Davidsson P.; Iovino L.
Year	2022
Published	Proceedings - IEEE 19th International Conference on Software Architecture, ICSA 2022
DOI	http://dx.doi.org/10.1109/ICSA53651.2022.00024
Abstract	Multimodal journey planners are used worldwide to support travelers in planning and executing their journeys. Generated travel plans usually involve local mobility service providers, consider some travelers' preferences, and provide travelers information about the routes' current status and expected delays. However, those planners cannot fully consider the special situations of individual cities when providing travel planning services. Specifically, authorities of different cities might define customizable regulations or constraints of movements in the cities (e.g., due to construction works or pandemics). Moreover, with the transformation of traditional cities into smart cities, travel planners could leverage advanced monitoring features. Finally, most planners do not consider relevant information impacting travel plans, for instance, information that might be provided by travelers (e.g., a crowded square) or by mobility service providers (e.g., changing the timetable of a bus). To address the aforementioned shortcomings, in this paper, we propose ROUTE, a framework for customizable smart mobility planners that better serve the needs of travelers, local authorities, and mobility service providers in the dynamic ecosystem of smart cities. ROUTE is composed of an architecture, a process, and a prototype developed to validate the feasibility of the framework. Experiments' results show that the framework scales well in both centralized and distributed deployment settings. © 2022 IEEE.
Author Keywords	Multi-tier Architecture; Multimodal Journey Planners; Smart Mobility; Software Framework

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