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Title	A Big Data And Cloud Computing Model Architecture For A Multi-Class Travel Demand Estimation Through Traffic Measures: A Real Case Application In Italy
ID_Doc	449
Authors	Cartenì A.; Henke I.; Errico A.; Bartolomeo M.I.D.
Year	2023
Published	International Journal of Computational Science and Engineering, 26, 5
DOI	http://dx.doi.org/10.1504/IJCSE.2023.133672
Abstract	The big data and cloud computing are an extraordinary opportunity to implement multipurpose smart applications for the management and the control of transport systems. The aim of the paper was to propose a big data and cloud computing model architecture for a multi-class origin-destination demand estimation based on the application of a bi-level transport algorithm using traffic counts on congested network, also for proposing sustainable policies at urban scale. The proposed methodology has been applied to a real case study in terms of travel demand estimation within the city of Naples (Italy), also aiming to verify the effectiveness of a sustainable policy in terms of reducing traffic congestion of about 20% through en-route travel information. The obtained results, although preliminary, suggest the usefulness of the proposed methodology in terms of ability in real-time/pre-fixed time periods traffic demand estimation. Copyright © 2023 Inderscience Enterprises Ltd.
Author Keywords	big data; cloud computing; demand estimation; intelligent transport system; internet of things; Italy; ITS; simulation model; smart city; smart road; sustainable mobility; transport service; transportation planning; virtualisation

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