Robustness of Smart Manufacturing Information Systems under Conditions of Resource Failure: A Complex Network Perspective

Song, Zhiting; Sun, Yanming; Yan, Hehua; Wu, Dingjuan; Niu, Peng; Wu, Xiaohu

doi:10.1109/access.2017.2786240

Cited by 10 publications

(7 citation statements)

References 38 publications

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“…Autor QE1 QE2 QE3 Foco [Anjomshoa et al 2017] Sim CS UO Serviços baseado em IA [Anke 2019] Sim CS OO Serviços baseado em IA [Seal and Mukherjee 2018] Sim CS OO Arquitetura Fog [Maghawry and Ghoniemy 2019] Sim CS/DS UO Sensores integrados SN [Loscri et al 2018] Sim CS/GR OO Análise motriz social [Iqbal et al 2018] Sim CS/GR OO Serviços em tempo real [Wu et al 2017] Sim CS/GC OO Serviços de segurança [Cicirelli et al 2019] Sim GR OO Adaptação ao contexto [Kolozali et al 2018] Sim GR OO Eventos complexos [Armando et al 2018] Sim GR UO Adaptação ao contexto [Tahsien et al 2020] Não GC UO Serviços baseado em IA Alguns artigos foram excluídos desta RSL, pois após sua leitura completa foi observada falta de alinhamento com o objeto desta investigação, a saber: [Emmanouilidis et al 2018], [Singh et al 2019], apresentam foco em sistemas distribuídos; [Hamrioui et al 2018], [Gupta et al 2018], analisam a usabilidade; [Song et al 2017], [Khamparia et al 2018], [Wang et al 2017] restringem sua observação aos aspectos de segurança.…”

Section: Tabela 2 Funcionalidades Arquiteturais Destacadas Nos Artigosunclassified

Desafios de Pesquisa em Arquiteturas para IoT social

Camargo¹,

Pernas²,

Yamin³

et al. 2021

Anais Do XIII Simpósio Brasileiro De Computação Ubíqua E Pervasiva (SBCUP 2021)

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As aplicações em IoT Social, com suas diferentes naturezas, apresentam vários desafios na concepção, definição da arquitetura, implementação e gerenciamento das relações. Este artigo realiza uma Revisão Sistemática de Literatura - RSL, onde seleciona as pesquisas recentes nesta área, com intuito de investigar as características arquiteturais e as lacunas de pesquisa ainda existentes. Como principal contribuição deste estudo, destacaríamos os aspectos arquiteturais mais importantes para uma solução Social IoT, bem como os estudos que dão ênfase a determinada temática estão agrupados, isso pode guiar futuras pesquisas na área e favorecer o desenvolvimento de novas soluções. Por fim, uma síntese das contribuições dos trabalhos selecionados está descrita.

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Section: Tabela 2 Funcionalidades Arquiteturais Destacadas Nos Artigosunclassified

Desafios de Pesquisa em Arquiteturas para IoT social

Camargo¹,

Pernas²,

Yamin³

et al. 2021

Anais Do XIII Simpósio Brasileiro De Computação Ubíqua E Pervasiva (SBCUP 2021)

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“…As a subject that explains the phenomena and complexity of existing systems, complex networks have experienced booming interest in recent years. The study of complex networks spans a multitude of research fields from natural science to social science [4]- [11]. In recent decades, theories and growth models for explaining phenomena in the The associate editor coordinating the review of this manuscript and approving it for publication was Gang Mei .…”

Section: Introductionmentioning

confidence: 99%

Performance and Correlations of Weighted Circuit Networks

et al. 2020

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The patterns and evolution of man-made complex networks have been topics of interest in recent years. Herein, we define appropriate metrics to quantify the correlations between circuit performance and the complex network characteristics regarding the physical design of circuits. The experimental results show that circuit performance differs due to the optimization tools, both at placement and routing. The strength of the correlations with placement design follows the order of average distance, betweenness, average strength, and the clustering coefficient; the strength of the correlations with layout design follows the order of betweenness, average strength, average distance, and the clustering coefficient. The correlation between performance and betweenness has been further strengthened after routing and presents a remarkable difference in comparison with other characteristic parameters, which indicates its significance to the dynamic correlation with circuit performance.

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“…All these systems contribute a lot the the modernisation of our lives [7]. It is universally acknowledged that complex systems which underpin our lives can suffer from random system failures in reality [4], [8]. Moreover, apart from random system failures real-world systems also can suffer from intentional attacks [9]- [11].…”

Section: Introductionmentioning

confidence: 99%

Node Attacks on Two-Mode Networks

Chen

Zhang

et al. 2019

IEEE Access

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Complex networks in real world inevitably suffer from diverse kinds of attacks. Due to the external attacks, some components of a network will be destroyed and therefore will lose their functions. In reality, the components of a network normally interact with one another. As a consequence, the dysfunction of some components is likely to cause the dysfunction of components that rely on the failed components. As the newly failed components may continue to cause the dysfunction of other network components, a system-level cascading dysfunction eventually could happen which can lead to the breakdown of the original network. It is therefore of great significance to assess the robustness of complex networks under attacks. In the literature, many network models and theories have been developed to study the robustness of complex networks. However, the majority of existing studies only investigate multilayer networks, while very little attention is paid to two-mode networks. Two-mode networks are an import ingredient of network sciences. Nevertheless, the structures of two-mode networks are different from that of multilayer networks. As a consequence, theories developed for multilayer networks cannot be applied to two-mode networks. With regard to this, in this paper we put forward a theoretical method to assess the robustness of twomode networks under node attacks. By taking into account the special structures of two-mode networks as well as making use of probability theory, we therefore put forward the corresponding theory for calculating the robustness of two-mode networks to node failures. In order to verify the correctness of the proposed theory, we carry out simulations on computer-generated two-mode networks with compound Poisson degree distributions. The simulation results are in accordance with what are obtained from our developed theory. The simulation results have validated the correctness of our proposed method for robustness assessment of two-mode networks. INDEX TERMS Two-mode networks, intentional attack, network robustness, graph theory.

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Robustness of Smart Manufacturing Information Systems under Conditions of Resource Failure: A Complex Network Perspective

Cited by 10 publications

References 38 publications

Desafios de Pesquisa em Arquiteturas para IoT social

Desafios de Pesquisa em Arquiteturas para IoT social

Performance and Correlations of Weighted Circuit Networks

Node Attacks on Two-Mode Networks

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