Smart City Gnosys

Smart city article details

Title	Smart-City Development Model: The Case Of Ülemiste City
ID_Doc	51782
Authors	Rungi M.
Year	2022
Published	IEEE International Conference on Industrial Engineering and Engineering Management, 2022-December
DOI	http://dx.doi.org/10.1109/IEEM55944.2022.9989720
Abstract	In contemporary world, people's and companies' expectations of the city environment have changed. Attention is increasingly being paid to the wide variety of aspects in city life, starting from effective and creative solutions for talents, public places, energy, water, and waste disposal. To meet these demands, real-estate developers have focused on opportunities provided by the smart cities concept. However, smart cities can be managed only when they are measured. This paper utilizes bibliometric analysis, based on the most well-known indexes for smart cities, to develop a measurement model for developers, which should adequately provide evidence-based support for city development and appropriately consider context-specific factors. This research focuses on the privately owned Ülemiste City (ÜC), a suburb of the Estonian capital Tallinn with more than 500 companies and 13,000 employees. ÜC's economic indicators, such as turnover, average salary, and exports, have increased year on year. ÜC is strongly oriented toward wellbeing and the engagement of talents and tech-rich companies. As a result, a unique Northern-European-specific smart city measurement model is constructed that is used by developers on a daily basis. © 2022 IEEE.
Author Keywords	Estonia; Smart cities

Similar Articles

Id	Similarity	Authors	Title	Published
58860	0.885	Sarv, L; Soe, RM	Transition Towards Smart City: The Case Of Tallinn	SUSTAINABILITY, 13, 8 (2021)
36879	0.884	Iudin S.V.; Shmarlouskaya H.A.; Egorushkina T.N.; Mishchuk O.N.; Kalynychenko M.P.	Methodology (Methods) For Assessing Indicators Of The Development Of Economic Systems And The “Smart City” System Based On Information Theory	Approaches to Global Sustainability, Markets, and Governance, Part F175 (2023)
54337	0.883	Popov, EV; Semyachkov, KA	Systematisation Of Approaches To Assessing The Development Of Smart Cities	EKONOMIKA REGIONA-ECONOMY OF REGION, 16, 1 (2020)
49600	0.882	Biswas P.K.; Dygas R.	Smart Cities In Europe And Asia: Urban Planning And Management For A Sustainable Future	Smart Cities in Europe and Asia: Urban Planning and Management for a Sustainable Future (2023)
50437	0.879	Gerogiannis V.C.; Manika S.	Smart City Projects Evaluation: A Bibliometric Approach	Internet of Things (2022)
44565	0.879	Hajek P.; Youssef A.; Hajkova V.	Recent Developments In Smart City Assessment: A Bibliometric And Content Analysis-Based Literature Review	Cities, 126 (2022)
57490	0.879	Nilssen, M	To The Smart City And Beyond? Developing A Typology Of Smart Urban Innovation	TECHNOLOGICAL FORECASTING AND SOCIAL CHANGE, 142 (2019)
51783	0.878	Mora L.; Deakin M.; Reid A.	Smart-City Development Paths: Insights From The First Two Decades Of Research	Green Energy and Technology, 0, 9783319757735 (2018)
36278	0.877	Abdalla W.; Renukappa S.; Suresh S.; Al Nabt S.	Managing Knowledge In The Context Of Smart Cities: A Systematic Review	Proceedings of the European Conference on Knowledge Management, ECKM (2021)
5723	0.877	Anthopoulos L.; Janssen M.; Weerakkody V.	A Unified Smart City Model (Uscm) For Smart City Conceptualization And Benchmarking	E-Planning and Collaboration: Concepts, Methodologies, Tools, and Applications, 1-3 (2018)