Sensing service architecture for smart cities using social network platforms

Chifor, Bogdan-Cosmin; Bica, Ion; Patriciu, Victor Valeriu

doi:10.1007/s00500-016-2053-x

Cited by 22 publications

(8 citation statements)

References 14 publications

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“…Although this type of service benefits both the patients and healthcare providers, there are obstacles, such as data management, scalability, interoperability, device–network–human interfaces, security, and privacy, that need to be circumvented (Bietz et al, 2016; Farahani et al, 2018; Gomez et al, 2019; Martínez‐Caro, Cegarra‐Navarro, García‐Pérez, & Fait, 2018; Pang et al, 2015). Smart cities : Smart environments require integrating a variety of domains (environment, economy, mobility, and energy) and multiple actors and/or stakeholders (service providers, citizens, and administrators), with heterogeneous and diverse technological solutions (Gomez et al, 2019), and connecting them to the physical IT, social network and business infrastructures (Bresciani, Ferraris, & Del Giudice, 2018; Chifor, Bica, & Patriciu, 2017). Examples of such applications include: (i) the continuous monitoring of the structural integrity of buildings, ensuring proper maintenance, and using sensors, interconnected to a centralized control system, for recording vibrations, deformations, pollution levels, temperature, and humidity, as well as other variables; (ii) the use of intelligent waste containers and garbage truck fleet tracking; (iii) real‐time air quality monitoring in crowded areas and parks; (iv) noise monitoring to enforce public security; (v) the use of sensors to control traffic and vehicles equipped with GPS; (vi) smart parking with road sensors or intelligent displays in the vehicles that guide the drivers' trajectory and parking availability; (vii) smart lighting to optimize street lighting efficiency according to the time of the day, weather condition, and presence of people; and (viii) the identification of the amount of energy required at any given time to manage energy consumption (Antonić, Marjanović, Pripužić, & Podnar Žarko, 2016; D'elia et al, 2015; Paul, Ahmad, Rathore, & Jabbar, 2016; Rathore et al, 2018; Rathore, Paul, Ahmad, & Jeon, 2017; Sheng et al, 2015; Zanella et al, 2014).…”

Section: Resultsmentioning

confidence: 99%

The relationship between the Internet of Things and knowledge management in smart ecosystem development

Ikeda

Silva

Penha

et al. 2021

Knowl Process Manag

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Creating an environment capable of responding to its users and organizations in real‐time is a challenging task. However, with the advent of the Internet of Things (IoT) ecosystem, a new perspective about creating an intelligent and interconnected world has become a reality. The goal of the present study aims to explore the relationship between IoT and Knowledge Management (KM) when generating a Smart environment. Herein, we conducted a Systematic Literature Review and present a discussion about the evolution of the IoT concept and the IoT ecosystem. More specifically we focused on the main IoT elements that serve as the foundation of the IoT ecosystem and the relationship between the IoT and KM. Although there is a lack of studies about KM supporting the IoT, our study provides evidence that the IoT is composed of a set of technologies that enable KM and KM processes can facilitate the development of IoT Smart environments. Thus, there is an opportunity to study how to generate more intelligence and connectivity, which will support the players of the ecosystem, promote interactions among objects and people and ultimately add value to organizations and users.

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Section: Resultsmentioning

confidence: 99%

The relationship between the Internet of Things and knowledge management in smart ecosystem development

Ikeda

Silva

Penha

et al. 2021

Knowl Process Manag

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“…More specifically, we propose an SPN API that allows a developer to translate a power consumption formal model into a software module that can be deployed on the gateway. As we have already shown in [23], an SPN model can be used to estimate the power consumption of an IoT gateway. By using the SPN model, the gateway administrator can make a prediction regarding the power consumption based on the network traffic characteristics (e.g., number of requests per time interval).…”

Section: Proposed Iot Security Frameworkmentioning

confidence: 99%

Multi-Layer IoT Security Framework for Ambient Intelligence Environments

Bica

Chifor

Arseni

et al. 2019

Sensors

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Ambient intelligence is a new paradigm in the Internet of Things (IoT) world that brings smartness to living environments to make them more sensitive; adaptive; and personalized to human needs. A critical area where ambient intelligence can be used is health and social care; where it can improve and sustain the quality of life without increasing financial costs. The adoption of this new paradigm for health and social care largely depends on the technology deployed (sensors and wireless networks), the software used for decision-making and the security, privacy and reliability of the information. IoT sensors and wearables collect sensitive data and must respond in a near real-time manner to input changes. An IoT security framework is meant to offer the versatility and modularization needed to sustain such applications. Our framework was designed to easily integrate with different health and social care applications, separating security tasks from functional ones and being designed with independent modules for each layer (Cloud, gateway and IoT device), that offer functionalities relative to that layer.

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“…Det gjelder for individer som omgir seg med såkalt smarte enheter, for eksempel smarte hus, selvkjørende biler, smarte TV-er, smarte klokker (Shackelford et al, 2017;Chifor, Bica, Patriciu & Pop, 2018;Devi, Rohini & Suganya, 2016). Men det gjelder også for virksomheter (Wu et al, 2018) og handel (Razzaq et al, 2017), og på samfunnsnivå innen transport, helse og smarte byer (Razzaq et al, 2017;Chifor, Bica & Patriciu, 2017). Felles for disse er den kontinuerlige interaksjonen mellom menneske og enhet, fra enhet til enheter samt fra enhet til enhet (Abdul-Ghan, Konstantas & Mahyoub, 2018).…”

Section: Tidligere Studierunclassified

Leaving the windows open – økt mangel på IKT-sikkerhetskompetanse i Norge

Mark¹,

Tømte²,

Næss³

et al. 2019

NOST

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NIFU -Nordisk institutt for studier av innovasjon, forskning og utdanning cathrine.tomte@nifu.no Terje NaessFagkonsulent NIFU -Nordisk institutt for studier av innovasjon, forskning og utdanning terje.nass@nifu.no Trude RøsdalForsker II NIFU -Nordisk institutt for studier av innovasjon, forskning og utdanning trude.rosdal@nifu.no SAMMENDRAG IKT-sikkerhet berører enkeltindivider, naeringsliv, offentlig sektor, nasjonal infrastruktur og samfunnssikkerhet generelt. IKT-sikkerhet defineres vanligvis som evnen til å forebygge, oppdage og håndtere tre typer hendelser: brudd på konfidensialitet, det vil si at uvedkommende får innsyn i beskyttelsesverdig informasjon, brudd på integritet, det vil si at informasjon og/eller systemer endres, skades eller slettes på uautoriserte eller utilsiktede måter, og brudd på tilgjengelighet, det vil si at informasjon og/eller systemer går tapt eller er utilgjengelige når behovet er der (UNINETT, 2017). De siste årene har vi vaert vitne til mange slike hendelser der IKT-sikkerheten har vaert utfordret, og det er grunn til å tro at omfanget av slike utfordringer øker. I tillegg ser vi at utfordringer knyttet til IKT-sikkerhet This article is downloaded from www.idunn.no. VITENSKAPELIG PUBLIKASJON ved utbredelse av Internet of Things (IoT) øker, og trolig vil kreve styrking av kompetansen innen IKT-sikkerhet.Selv om myndighetene har iverksatt tiltak for å styrke kompetanse-og kunnskapsnivået innen IKT-sikkerhet i Norge, er det grunn til å spørre om det gjøres nok: er innsatsen ambisiøs nok, og er mengden ressurser til å styrke kompetanse-og kunnskapsnivået tilstrekkelig? Utdanner vi kandidater med adekvat kompetanse?Formålet med studien er å frambringe oppdatert kunnskap om tilgangen på IKT-sikkerhetskompetanse, høyere utdanning/spesialistkompetanse, sett i forhold til arbeidslivets framtidige behov. Studien bygger på en kvantitativ framskrivning og kvalitative intervjuer med ulike aktører knyttet til feltet IKT-sikkerhet.Et hovedfunn er at det i årene framover vil utdannes for få med adekvat kompetanse innen IKT-sikkerhet, og at vi får et økende gap mellom tilgang på og behov for personer med IKT-sikkerhetskompetanse, med en underdekning på 4100 personer med IKT-sikkerhetskompetanse (i 2030). Bekymringen for mangelfull adekvat IKT-sikkerhetskompetanse nå og i framtiden blir også bekreftet gjennom intervjuene.Nøkkelord IKT-sikkerhet, kompetansebehov, digitalisering av samfunnet, Tingenes internett ABSTRACT Cybersecurity affects society at all levels. It affects individuals, businesses, the public sector, infrastructure and national security. The purpose of this paper is to assess whether Norway now and, in the future, has enough persons with an adequate level of cyber security skills. To illustrate the future increasing demand for cyber security skills, this paper investigates existing research on the IoT and cyber security, showing a much stronger focus on future positive possibilities and a lack of focus on cyber security challenges. By deploying dynamic simulation models developed by ...

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Sensing service architecture for smart cities using social network platforms

Cited by 22 publications

References 14 publications

The relationship between the Internet of Things and knowledge management in smart ecosystem development

The relationship between the Internet of Things and knowledge management in smart ecosystem development

Multi-Layer IoT Security Framework for Ambient Intelligence Environments

Leaving the windows open – økt mangel på IKT-sikkerhetskompetanse i Norge

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