The next wave of innovation—Review of smart cities intelligent operation systems

Zhuhadar, Leyla; Thrasher, Evelyn H.; Marklin, Scarlett; Pablos, Patricia Ordez de

doi:10.1016/j.chb.2016.09.030

Cited by 130 publications

(75 citation statements)

References 14 publications

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“…So far, public organizations have viewed the state of their service networks in a project-like manner every 3-5 years, with the end product being static reports, which are often outdated as soon as they are printed on paper. Another concern is that cities are managed under multiple separate domains, and city officials have no single place to interact in real time or the ability to coordinate resources in anticipatory, rather than reactive, manner [4]. In general, network coordination has been complicated, as each department is operating in a disconnected silo [4].…”

Section: A Dynamic Tool For Service Network Planning For the City Ofmentioning

confidence: 99%

“…Another concern is that cities are managed under multiple separate domains, and city officials have no single place to interact in real time or the ability to coordinate resources in anticipatory, rather than reactive, manner [4]. In general, network coordination has been complicated, as each department is operating in a disconnected silo [4]. Furthermore, city administration handles in its different departments vast amount of data, which is divided into silos, varies in quality, requires manual work with data entries, and is not up to date.…”

Section: A Dynamic Tool For Service Network Planning For the City Ofmentioning

confidence: 99%

“…Sometimes, the concept of a smart city is used broadly to indicate the development of a knowledge-intensive economy within a certain region. In terms of urban management and service coordination, smartness also refers to applying information technologies to different stages of planning, designing, building, and operating cities [4].…”

Section: Introductionmentioning

confidence: 99%

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Cybernetics and the 4D Smart City: Smartness as Awareness

2018

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Abstract:The complexity of urban challenges obliges us to seek smarter paths for urban development and increase our awareness of urban dynamics in a more holistic manner. Stemming from the discipline of architecture and urban planning, this concept paper outlines an idea of a cybernetic urban management for anticipatory governance of smart cities. A cybernetic system absorbs information from different sources, such as buildings that are aware of their energy efficiency, a city aware of its traffic flows, and citizens who are aware of the affordances of urban life. Defined as context-aware cyber-physical social systems, smart cities of the future are planned and managed with increasing awareness of the manifoldness of physical, experiential, and virtual life. The benefits of a cybernetic urban management could, for instance, be related to dynamic service network planning with a real-time view to service network efficiency. This in turn could lead to better services for citizens, resource efficiency, and better allocation of financial resources. Cybernetic management and smart city production necessitates a shared view of urban processes that is not dedicated only for the eyes of a few experts but is widely accessible and supports information exchange and dialogue among city authorities, decision-makers, and citizens.

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Section: A Dynamic Tool For Service Network Planning For the City Ofmentioning

confidence: 99%

Section: A Dynamic Tool For Service Network Planning For the City Ofmentioning

confidence: 99%

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Cybernetics and the 4D Smart City: Smartness as Awareness

2018

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“…Chapter 13-WoX: Model-driven development of web of things applications, in managing the web of things [22] Monitors tendencies of candidates and Elections Digital Europe 2030: Designing scenarios for ICT in future governance and policy making [23] Monitors social-cultural or consumer trends Impact of social media on the behavior of Tunisian voters: 2014 elections [24] Monitor specific under normal circumstances…”

Section: Resultsmentioning

confidence: 99%

Collaborative Intelligence in Smart Cities: A Systematic Review

Kwecko¹,

Botelho²

2018

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The objective of this research is to present a systematic analysis, in which we seek to identify the concepts of intelligent city, with the intention of recognizing the nature of this intelligence before the participation of the population. Therefore, the research associates concepts as smart cities, citizen participation and social web, identifying publications between 2012 and the first quarter of 2018 and questioning what the intelligent city is and how this concept is able to (re)organize the learning processes of the territory from the informal dynamics of the contemporary city. The qualitative analysis of the documents revealed an innumerable of definitions and related terms: smart, intelligent, ubiquitous, digital, knowledge, sustainable, crowd sourcing, innovative; structured in three types of approaches: technological focus, focus on human resources and focus on citizen-related governance from the following domains: media convergence, public and regulatory information policies, infrastructure management, real-time data mining and extraction, geographic information system, crowd computing, smart cities education, and social monitoring and control. In spite of the access to a great amount of data, we verify that the concept of intelligent city is referenced by a significant number of researches, but, in smaller number, works that present models of construction of a collective intelligence for the city. From this perspective, we identified the need to recognize technological education interventions for communication between individuals and the city. Because we believe that only through the implementation and management of techno-educommunication ecosystems will be able to promote a culture of participation.

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“…Besides these, the development of the intellectual urban infrastructure concept generates the need for new technical and software solutions [9,10] and leads to increasing an attention to security and cyber defense issues [11,12].…”

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confidence: 99%

Dispatching and digital solutions as a concept of urban infrastructure in a smart city

Stepanets¹,

Nikolaieva²,

Lubitskyi³

et al. 2018

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Abstract. The article describes the concept of a smart city creating with the help of modern devices and solutions in the field of automation. It is based on a research project «Smart-city garbage and logistic systems», created on the basis of the university. It is described the implementation of a dispatch control system by municipal services of the city. The authors also showed how, by means of integrating the management systems of the individual city services, to increase the safety and comfort of residents, improve the management of the lighting system, prevent accidents and provide timely service of the city.Keywords: Smart city, dispatching, control system, logistic, municipal services automation.Modern cities have accumulated a lot of social, technogenic and ecological problems. That is a reason why cities have become an experimental field for nowadays-digital era. The combination of newest information technologies with urban infrastructure and human services allows us not only to improve life but also to save money [1]. As a fact, Big Data Analysis approaches in monitoring sphere and directly in civil municipal services have become more and more actual. Moreover, «Smart City» projects have a series of problems that are still unsearched absolutely or they have still on the development stage for solving. These are problems of standardizing protocols, collection and transformation of logged information, ensuring understanding between various departments of infrastructure, creating a single global standard and universal data transformation method. Besides these, the issue of investment is still one of the most important. Especially in small cities, there are typical problems related to the infrastructure readiness to adopt entirely new business models.It was interesting how to improve life conditions in cities with a help of program technologies solutions, data acquisition and analyzing. It was realized consider some control management systems in smart city. They are street lighting, environmental control system, garbage control system and its logistic collection and intellectual parking.These solutions enable to reduce a consumption of natural resources, performing the city control system more efficiency. Centralized dispatching help to improve economic performance, by the time systems of smart city also enhance control and security for citizens. There are some solutions presented in the article. They are like program technology examples that demonstrate how a smart city concept could be implemented by separate modules. After that, modules have been integrated into central control system.Smart cities is a modern trend in cities development [2, 3]. Achievements of progress make it possible to form cyber-physical systems [4] and consider cities as control objects. These can be both individual elements and the integration of a large number of engineering systems.The components of the smart city is a separate smart decision [5] and complex integration concept [4,6]. The MK: Smart [6] project uses energy and ...

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The next wave of innovation—Review of smart cities intelligent operation systems

Cited by 130 publications

References 14 publications

Cybernetics and the 4D Smart City: Smartness as Awareness

Cybernetics and the 4D Smart City: Smartness as Awareness

Collaborative Intelligence in Smart Cities: A Systematic Review

Dispatching and digital solutions as a concept of urban infrastructure in a smart city

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