Technology classification, industry, and education for Future Internet of Things

Ning, Huansheng; Hu, Sha

doi:10.1002/dac.2373

Cited by 86 publications

(62 citation statements)

References 11 publications

(11 reference statements)

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“…Sendo assim, em um futuro não muito distante, pessoas propensas a sofrerem um ataque cardíaco poderiam ser localizadas e internadas em um hospital, em uma velocidade que seria decisiva para que pudessem sobreviver. Indústrias das mais variadas áreas de conhecimento poderiam se beneficiar tecnologicamente das informações continuamente renovadas por meio dessa interface entre objetos e objetos e pessoas, tais como "química, computação, física, matemática, engenharia de produção de matérias, pedagogia, arquitetura, engenharia agrícola, medicina, entre outras" (NING; HU, 2012HU, , p. 1238.…”

Section: Auto-id Center Vinculado Ao Massachusetts Institute Of Techunclassified

A Formação No Tempo E No Espaço Da Internet Das Coisas

Zuin

2016

Educ. Soc.

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RESUMO:A Internet das Coisas tem revolucionado a forma de produção e reprodução do conhecimento. Trata-se de um tipo de interface comunicacional entre humanos, máquinas e objetos que, ao fundir os mundos material e informacional, suscita as seguintes questões: (1) a possibilidade de obtenção imediata de quaisquer informações implicaria na produção do pensamento crítico, em uma espécie de relação causaefeito?; (2) se é possível acessar as informações em quaisquer tempo e espaço, quais seriam as transformações decorrentes no processo formativo dos alunos e dos professores? Justamente essas questões motivaram os autores do artigo a elaborar o seguinte objetivo: refletir criticamente sobre a revitalização do conceito de formação (Bildung) na temporalidade e localidade da Internet das Coisas. Palavras-chave:Internet das Coisas. Formação. Semiformação. Tecnologia. Theodor W. Adorno. Escola sem Partido. The formation in time and space of the internet of thingsABSTRACT: The Internet of Things is revolutionizing the way of production and reproduction of knowledge. This is a type of communicational interface between humans, machines and objects which fuse the material and informational worlds and raises the following questions: (1) the possibility to immediately obtain any information would result in the production of critical thinking through

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Section: Auto-id Center Vinculado Ao Massachusetts Institute Of Techunclassified

A Formação No Tempo E No Espaço Da Internet Das Coisas

Zuin

2016

Educ. Soc.

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“…In this situation, the new IoE devices which require association and decoupling with the owner should authenticate the security check so to identify the device. A mechanism of shadowing has been proposed to look at the data security [8]. The user objects use digital shadows which store the virtual identity of the device in terms of its attributes and information [19].…”

Section: A Privacy In Ioementioning

confidence: 99%

“…Time and the budget have always been a pressure on modern organizations even though they are willing to invest heavily to secure their IT infrastructure [8]. These constraints lead them not to integrate security triggers inside the infrastructure but layering a new security infrastructure on top of their existing IT architecture.…”

Section: Existing Architecture Limitsmentioning

confidence: 99%

“…Since the IoE has become so widespread, the smart devices know more and more about how to collect our data, therefore, we should also be aware of how they are monitoring and collecting our data and spying on us without our consent [8]. Security and privacy are one of the critical concerns individuals have.…”

Section: A Privacy In Ioementioning

confidence: 99%

“…It is expected that the number using the Internet of Everything, will grow up to 50billion by 2020. This is due to the fact that transitioning to Internet of Everything by adding intelligence to data, allowing continuous monitoring, updating and controlling it in a real time improves the operational decision-making process of business [8].…”

Section: Introductionmentioning

confidence: 99%

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Devising a Secure Architecture of Internet of Everything (IoE) to Avoid the Data Exploitation in Cross Culture Communications

Munawar¹,

Bhana²,

Haq³

et al. 2016

ijacsa

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Abstract-The communication infrastructure among various interconnected devices has revolutionized the process of collecting and sharing information. This evolutionary paradigm of collecting, storing and analyzing data streams is called the Internet of Everything (IoE). The information exchange through IoE is fast and accurate but leaves security issues. The emergence of IoE has seen a drift from a single novel technology to several technological developments. Managing various technologies under one infrastructure is complex especially when a network is openly allowing nodes to access it. Access transition of infrastructures from closed networked environments to the public internets has raised security issues. The consistent growth in IoE technology is recognized as a bridge between physical, virtual and cross-cultural worlds. Modern enterprises are becoming reliant on interconnected wireless intelligent devices and this has put billions of user's data in risk. The interference and intrusion in any infrastructure have opened the door of public safety concerns because this interception could compromise the user's personal data as well as personal privacy. This research aims to adopt a holistic approach to devising a secure IoE architecture for cross-culture communication organizations, with attention paid to the various technological wearable devices, their security policies, communication protocols, data format and data encryption features to avoid the data exploitation. A systems methodology will be adopted with a view to developing a secure IoE model which provides for a generic implementation after analyzing the critical security features to minimize the risk of data exploitations. This would combine the ability of IoE to connect, communicate, and remotely manage an incalculable number of networked, automated devices with the security properties of authentication, availability, integrity and confidentiality on a configurable basis. This will help clarify issues currently present and narrow down security threats planning considerably.

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Resource allocation in cloud virtual machines based on empirical service traces

Lin

Chen

et al. 2013

Int J Communication

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SUMMARYOne of the key technologies in cloud computing is virtualization. Using virtualization, a system can optimize usage of resources, simplify management of infrastructure and software, and reduce hardware requirements. This research focuses on infrastructure as a service, resource allocation by providers for consumers, and explores the optimization of system utilization based on actual service traces of a real world cloud computing site. Before activating additional virtual machines (VM) for applications, the system examines CPU usage in the resource pools. The behavior of each VM can be estimated by monitoring the CPU usage for different types of services, and consequently, additional resources added or idle resources released. Based on historical observations of the required resources for each kind of service, the system can efficiently dispatch VMs. The proposed scheme can efficiently and effectively distribute resources to VMs for maximizing utilization of the cloud computing center. Copyright © 2013 John Wiley & Sons, Ltd.

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Technology classification, industry, and education for Future Internet of Things

Cited by 86 publications

References 11 publications

A Formação No Tempo E No Espaço Da Internet Das Coisas

A Formação No Tempo E No Espaço Da Internet Das Coisas

Devising a Secure Architecture of Internet of Everything (IoE) to Avoid the Data Exploitation in Cross Culture Communications

Resource allocation in cloud virtual machines based on empirical service traces

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