Smart City Architecture Development Methodology (SCADM): A Meta-Analysis Using SOA-EA and SoS Approach

Prasetyo, Yuli Adam; Lubis, Muharman

doi:10.1177/2158244020919528

Cited by 10 publications

(8 citation statements)

References 44 publications

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“…Our rationale was that, despite the clear differences between a city and a university, the results obtained using a smart university platform can, to a certain extent, be relevant to a city, provided that the platform serves an extensive community, such as that of a university campus. This assumption is supported by previous studies according to which a university campus can be used as a less complex model of a city [12][13][14][63][64][65][66][67][68][69][70][71][72][73][74][75][76][77][78][79]. Moreover, we sought previous works directly related to our hypothesis according to which the existence of a global framework, that includes a methodology for adding new services to a smart university platform and guarantees both ease of integration and strategic alignment, would make it easier to realise these types of projects.…”

Section: Background and Motivationmentioning

confidence: 69%

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Modelling and Implementing Smart Universities: An IT Conceptual Framework

2021

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The smart city concept has been gaining momentum in the scientific community because of its potentially huge impact on citizens’ quality of life. However, expectations have not yet been met in practice. This is firstly due to the sheer breadth of such projects and secondly to the lack of methodologies available to guide the development of flexible and sustainable platforms over time. In this work, we propose to address these issues by using a university campus as a less complex mock-up version of a city. Despite differences between them, we find services that are common to both, and a medium-sized city’s population is comparable to that of a university community. We propose an IT conceptual framework to model and implement smart university projects, which supports the design of a platform that is both in line with the strategic plans of universities and is flexible, sustainable, stable, and sufficiently modular to support the addition of different value-added services over the years. Our framework is based on a service provision model materialised in an IT architecture and managed following a methodology to integrate IT components that ensure the insertion of new, smart initiatives of value to the community, aligned with the university’s needs, via a value-added service planning process. The results are presented in the University of Alicante case study and the SmartUA project.

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Section: Background and Motivationmentioning

confidence: 69%

“…In terms of more technical research, a number of works introduce specific smart city architectures [73][74][75][76]. Open-source development platforms such as Fiware [77] even exist, together with several studies that have used these platforms for their own development or validation [78][79][80].…”

Section: Background and Motivationmentioning

confidence: 99%

Modelling and Implementing Smart Universities: An IT Conceptual Framework

2021

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“…The research methodology used is observation, classification, and construction [8], [9] of several Enterprise Architecture (EA) implementations. Observations were made by looking at related previous studies.…”

Section: Research Methodology and Case Study Scenariomentioning

confidence: 99%

Smart City Architecture Development Framework (SCADEF)

Prasetyo

Habibie²

2022

JOIV : Int. J. Inform. Visualization

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Smart City is a city that implements the latest technologies, such as big data, IoT, Artificial Intelligence, and other new technologies. Smart City has different system characteristics than other systems. Smart City involves several independent stakeholders, so the development of a smart city needs to be designed with a system analysis system and service-based planning. Smart City Architecture Development Methodology (SCADM) has been defined from the previous research. However, the existing Enterprise Architecture approach has yet to specify the artefact to complete the framework. This study recommends the Smart City Architecture Framework (SCADEF) as a comprehensive Enterprise Architecture Framework to develop Smart City Architecture. The architecture framework produced by SCADEF becomes the proposed architecture framework for realizing Smart City. SCADEF consists of SCADM, Meta-model Smart City Architecture Development Methodology Artefact, and guidelines by the implementation SCADEF. The research uses observation, classification, and construction methodologies in Information System Design Methodology. In addition, this study also tested the framework by implementing it on city objects. This implementation is a practical test tool for the resulting enterprise architecture framework. This study implemented SCADEF in the education and health field at Bandung Smart City. Implementing testing on the implementation of SCADEF is to explain the implementation in Bandung Smart City and ask for an assessment from enterprise architecture experts. The results of the expert assessments were calculated statistically to assess the methodology, artefacts, and uses. The measurement results show that SCADEF can be accepted and used to develop enterprise smart city architecture.

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“…One of the goals of smart city solutions is, if not to control the complexity of cities, at least to make it tangible. However, the interaction and connection of different systems in cities is difficult to achieve, making the implementation of smart city projects and the desired collaboration between different stakeholders slow and tedious [PL20].…”

Section: Sos and Smart-citymentioning

confidence: 99%

Challenges related to system-of-systems for greening and climate adaptation in smart cities

Brandt¹,

Siebert²

2022

Preprint

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This paper presents the results of interviews conducted as part of the DYNASOS project. The objective was to collect challenges related to the design, implementation and management of system-of-systems (SoS) in the context of climate adaptation and greening of smart cities. 23 individuals from cities, academia, and industry were interviewed between March and May 2022 and 57 distinct challenges were collected and analyzed. Our results show that while technical issues (such as interoperability or data acquisition) persist, non-technical issues are the main obstacles. Difficulties in information sharing, effective communication, and synchronization between different actors are the most important challenges.

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Smart City Architecture Development Methodology (SCADM): A Meta-Analysis Using SOA-EA and SoS Approach

Cited by 10 publications

References 44 publications

Modelling and Implementing Smart Universities: An IT Conceptual Framework

Modelling and Implementing Smart Universities: An IT Conceptual Framework

Smart City Architecture Development Framework (SCADEF)

Challenges related to system-of-systems for greening and climate adaptation in smart cities

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