Smart City Gnosys

Smart city article details

Title The Optimal Tour Problem In Smart Tourism Recommender Systems
ID_Doc 56170
Authors Tulashvili Y.; Turbal Y.; Alkaleg D.A.; Pasichnyk V.; Sumayya Ali A.S.; Kunanets N.
Year 2020
Published International Scientific and Technical Conference on Computer Sciences and Information Technologies, 2
DOI http://dx.doi.org/10.1109/CSIT49958.2020.9322043
Abstract In this paper it is investigated a structure of the SMART tourism recommender system. Basic approaches for generating recommendations in an automated mode for selecting the best tourist routes in the SMART City Tourism network has been determined. This approaches are based on the analysis of the accumulated information about the most popular tourist destinations. It is proposed a mathematical model which provides, on the basis of knowledge about tourist sites, the possibility of construction optimal sequence of tourist routes. The proposed algorithm are based on the technology of online analytical processing of OLAP data selected from DW and organized in the form of OLAP Cubes. © 2020 IEEE.
Author Keywords algorithmic approaches; mathematical model; OLAP Cubes; optimal tour; recommender system; urban tourism


Similar Articles


Id Similarity Authors Title Published
32496 View0.864Liu L.Intelligent Recommendation Framework For Tourist Attractions Based On Data Mining TechnologyProceedings - International Conference on Smart Electronics and Communication, ICOSEC 2020 (2020)
51177 View0.864Sihotang D.M.; Hidayanto A.N.; Abidin Z.; Diana E.Smart Method For Recommender System Towards Smart Tourism And Green ComputingIOP Conference Series: Earth and Environmental Science, 700, 1 (2021)
58243 View0.861Kotis K.; Dimara A.; Angelis S.; Michailidis P.; Michailidis I.; Anagnostopoulos C.-N.; Krinidis S.; Kosmatopoulos E.Towards Optimal Planning For Green, Smart, And Semantically Enriched Cultural ToursSmart Cities, 6, 1 (2023)
4795 View0.854Guo Z.; Lin Y.; Luo Z.A Smart Tourism Recommendation Algorithm Based On Profiling Technology And Bipartite GraphLecture Notes in Electrical Engineering, 1393 LNEE (2025)