54865  | 0.9 | Lee S. | The Acceptance Model Of Smart City Service: Focused On Seoul | Sustainability (Switzerland), 15, 3 (2023) |
5955  | 0.888 | Beştepe F.; Yildirim S.Ö. | Acceptance Of Iot-Based And Sustainability-Oriented Smart City Services: A Mixed Methods Study | Sustainable Cities and Society, 80 (2022) |
56352  | 0.886 | El Barachi M.; Salim T.A.; Nyadzayo M.W.; Mathew S.; Badewi A.; Amankwah-Amoah J. | The Relationship Between Citizen Readiness And The Intention To Continuously Use Smart City Services: Mediating Effects Of Satisfaction And Discomfort | Technology in Society, 71 (2022) |
60682  | 0.882 | Popova Y.; Zagulova D. | Utaut Model For Smart City Concept Implementation: Use Of Web Applications By Residents For Everyday Operations | Informatics, 9, 1 (2022) |
10661  | 0.881 | Wirsbinna, A; Grega, L; Juenger, M | Assessing Factors Influencing Citizens' Behavioral Intention Towards Smart City Living | SMART CITIES, 6, 6 (2023) |
37713  | 0.881 | Teng Q.; Bai X.; Apuke O.D. | Modelling The Factors That Affect The Intention To Adopt Emerging Digital Technologies For A Sustainable Smart World City | Technology in Society, 78 (2024) |
33392  | 0.881 | Nusir M.; Alshirah M.; Alghsoon R. | Investigating Smart City Adoption From The Citizen’S Insights: Empirical Evidence From The Jordan Context | PeerJ Computer Science, 9 (2023) |
26070  | 0.881 | Habib, A; Alsmadi, D; Prybutok, VR | Factors That Determine Residents' Acceptance Of Smart City Technologies | BEHAVIOUR & INFORMATION TECHNOLOGY, 39, 6 (2020) |
14532  | 0.879 | Lytras, MD; Visvizi, A; Sarirete, A | Clustering Smart City Services: Perceptions, Expectations, Responses | SUSTAINABILITY, 11, 6 (2019) |
51211  | 0.878 | Dash A. | Smart Mobility In Smart Cities: Transforming The Experiences Of Citizens Into The Future Of Smart Cities | Transforming Government: People, Process and Policy, 18, 2 (2024) |