Journal of Smart Cities




Publishing Frequency : half-yearly

Article Processing Charges(APC):Click here for more details

Publishing Model : Open Access

Journal no:3


About the Journal

The Journal of Smart Cities offers a multidisciplinary forum for publishing original research in the area of smart cities, bringing together scholars from the fields of engineering, urban planning, computer science, and information and knowledge management. The Journal of Smart Cities will serve as an international platform by sharing the latest research achievements on smart cities globally, offering a comprehensive access to researchers and the academic communities.

The Journal of Smart Cities adopts a wide perspective on Smart Cities, as the broad use of information and telecommunication technologies to support an innovative and sustainable urban infrastructure and environment; as participatory action within cities, engagement of citizens, and investment in ICT, Internet technologies and smart objects, which increase the intelligence and problem solving capacity of cities; as an urban laboratory, a Living Lab, and a generator of solutions for wicked problems of inclusion, sustainability, climate change, and global competitiveness.

Main objectives of the Journal of Smart Cities is to promote research for the improvement of all sub-systems of cities, including urban infrastructure, construction, mobility, energy saving and renewable energy, health and social care, safety in the public space, work and innovation, and make the city easily accessible, effective, efficient, and an attractive place to live. Information and communication technologies, the Internet, and embedded devices into the physical space of cities is a means to achieve these objectives, which are mainly realized through the empowerment of city institutions, organizations, citizens, and end-users to make better, more informed, and intelligent decisions.

The Journal of Smart Cities aims to publish articles in all areas of smart cities, by scholars and experts in the field, but primarily from the fields of Civil and Environmental Engineering, Urban Planning, and Transport, while relevant contributions about the development of smart city technologies from the fields of Electrical Engineering, Informatics, and Computer Science are also welcome. Emphasizing on brilliant-quality research and timely publication, the Journal of Smart Cities invests in the management of best technological platform in an innovation context.

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General Announcements: Smart Cities: Present and Future Conference 2018


Smart Cities: Present and Future Conference 2018 will be held on 26th-28th May 2018 in Beijing China.

The purpose of the Conference is to provide a broad platform to present and discuss the recent advances and future trends in the fast growing field of Smart/Intelligent Cities, bringing together scholars from the fields of engineering, urban planning, computer science, and information and knowledge management. The Conference will provide ample opportunity for sharing the latest research achievements on smart cities globally, offering a comprehensive access to researchers and the academic communities.

Posted: 2017-08-30
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Vol 3, No 1 (2017)

Table of Contents


1082 Views, 75 PDF Downloads
Soroosh Nalchigar, Mark Fox


A major challenge in making cities smarter is performing comparative analyses across two or more cities, or within a city across two or more departments. The problem is that data models and the underlying semantics of their content differ, making analysis difficult at best and erroneous at worst. This paper explores the hypothesis that a single, interoperable (i.e., shareable) data model/ontology can be designed for one category of city data: openly published 311 call centre data. 311 is a service provided by many North American cities that responds to non-emergency questions and reports made by the public. It has rapidly become the single point of contact for city services, inquiries, etc. We perform a semantic analysis of the content of 311 open datasets from four cities. The result of the analysis is that existing 311 datasets combine multiple semantic dimensions in their data making it impossible to perform comparative analysis. We then construct a 311 Reference Ontology that separates the semantic dimensions, and show how 311 data from multiple cities can be mapped onto the 311 Reference Ontology.  We also demonstrate how the ontology can be used to support analysis

235 Views, 27 PDF Downloads
Jason Ng


Smart cities have gained widespread interests in the recent years. However, the understanding of the subject can differ among different smart cities' communities, particularly across the academia, industry, and government sectors. Similarly, the approach towards the realization of smart cities can vary from one city to the other, depending on their standpoints and perspectives. These are largely due to the subject matter at hand which is not only inherently interdisciplinary but also all-encompassing in nature, hence resulting in the wide heterogeneity in the treatment of the subject. The purpose of this paper is thus aimed to summarize the basic pertinent understanding of smart cities (in terms of “why”, “what”, “who”, “when”, “where”) as well as to put forward the various key approaches in smart cities (in terms of “how”). From there, a smarter approach towards smart cities is then delineated taking into account the considerations of the government, providers and consumers in order to attain an overall win-win benefit for all the stakeholders involved. It is meant to be a short and concise paper for both practitioners and researchers, (1) who are in the field to gain a additional insight into the subject or (2) who are new in the field to get an introductory overview of the subject, so as to obtain a better understanding in the approach towards smart cities that is relevant to their individual context.

237 Views, 58 PDF Downloads
Kwi-Gon Kim


Currently, there is no overarching model to integrating city planning, smart techniques and climate change. After reviewing the existing literature on the theoretical framework of smart water grid, this paper describes three case studies focusing on innovative technology placement and network of smart water grids in Fiji islands, Nepal and the Philippines. Then, based on the case study results, this study develops an alternative grid development pattern scenario model. The model shows ecology-water-energy-climate change nexus which allows for simulating and predicting the effects of smart water grid on the urban ecosystem and net carbon emissions.