Cloud Computing Virtualization

Saleem, Mohd

doi:10.7753/ijcatr0607.1004

Cited by 8 publications

(5 citation statements)

References 4 publications

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“…Many applications require massive deployment, such as high-performance computing (HPC) clusters, modern classrooms, and modern offices, as well as numerous computers that should be rapidly deployed to fulfill users' needs. In addition to these applications, cloud computing adopts emerging virtual technology (i.e., hypervisor and container) for rapid system deployment [3], [18]- [21]. Thus, the OSs and applications can be ready for people to use in a very efficient way and the systems can be ready to serve users in a short time.…”

Section: A System Deployment Methodsmentioning

confidence: 99%

A BitTorrent Mechanism-Based Solution for Massive System Deployment

et al. 2021

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System deployment of a computer environment plays a critical role in the daily administration of computer systems, and tasks of massive deployments may take a lot of time for data center administrator(s). The existing solutions for massive deployment normally consist of storage spaces and extra computer servers for running deployment services. Existing solutions of multicast massive deployment are not robust because the overall deployment performance will worsen if one client machine fails. Because of the limitation of the network protocol, a multicast solution is not scalable. Although scholars have proposed solutions based on BitTorrent (BT) to overcome performance and scalability problems, solutions are not good enough because they still require the storage space to save the image file. In this paper, we present a novel mechanism of massive deployment called ''BT deployment mechanism from the raw device'' (BDMfRD), which differs from conventional solutions in that it avoids creating any image file in the deployment process or using external storage for it. The proposed solution was verified by conducting 10 experiments to replicate the 50 GB system of the source machine to 1-32 destination computers. Experimental results showed that the proposed method reduced the total time for deploying 32 computers by 45.289%. The implemented software is the first massive deployment solution that provides light, robust, efficient, and scalable capabilities simultaneously.INDEX TERMS System deployment, bare-metal provisioning, massive deployment, free software, open source, cloning, imaging, peer-to-peer (P2P), BitTorrent (BT).

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Section: A System Deployment Methodsmentioning

confidence: 99%

A BitTorrent Mechanism-Based Solution for Massive System Deployment

et al. 2021

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“…Por sua ver, o cloud computing é um conjunto de princípios e abordagens que disponibiliza aos utilizadores recursos de rede, armazenamento, plataforma e aplicações através da nuvem (Saleem, 2017). O cloud computing utiliza a conetividade e a dispersão em grande escala da internet pelo mundo para hospedar os mais diversos recursos, permitindo ao utilizador o acesso a eles através de um dispositivo com um navegador e conexão à internet (Giraldo, 2018).…”

Section: Conceitosunclassified

Virtualização E Cloud Computing Nas Pme's Em Portugal

2020

IADIS Ibero American Conferences: WWW/Internet and Applied Computing 2020

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Num mundo altamente desenvolvido a nível tecnológico, os sistemas computacionais desempenham um papel fundamental. Utilizados em diversos contextos, os computadores são utilizados por todas as pessoas, quer para realizarem tarefas banais como para tarefas complexas e exigentes. O cloud computing e a virtualização são temas bastante investigados, devido a algumas características intrínsecas aos seus conceitos, como a redução de custos, o melhor aproveitamento do espaço físico da empresa e a sua praticidade (Gong, Liu, Zhang, Chen, & Gong, 2010). Nas organizações, estas novas tecnologias estão no centro do seu desenvolvimento e crescimento (Dias, Rodrigues, & Pires, 2012). Assim, perceber até que ponto as empresas portuguesas conhecem, utilizam e usufruem de diversas tecnologias como ferramentas de trabalho, foi uma das grandes questões que motivou a realização deste trabalho.

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“…A virtual version of every device can be made to create more executable environments. Using virtualization, resources can be effectively used, productivity can be increased and data loss can be prevented [3]. such as CAD/ CAM/CAE/ Solid works, CATIA, and Uni-graphics applications can be converted into multithreading applications where multiple threads run parallel to achieve parallel computing by using event handlers, interrupts, sessions and APIs.…”

Section: Virtualizationmentioning

confidence: 99%

A Study on Technologies in Cloud-Based Design and Manufacturing

Malladi¹,

Tjprc²

2018

IJMPERD

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As industry 4.0 refers to the importance and the ruling capacity of Cloud in various areas, in which the Design & Manufacturing as the most important domains in-service platform under it. Cloud computing playing an important role in data collections, synchronization, easy accessibility and also majorly on computing technology. With this support, various researchers had started implementing the same in the area of Design & Manufacturing by laying a new path in doing business by providing flexible and scalable services through internet. It creates new solutions and opportunities for modern enterprises, including the manufacturing industry. In this paper, the essential features of Cloud Computing models are discussed which helps us to understand the Cloud-Based Design & Manufacturing (CBDM).

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Cloud Computing Virtualization

Cited by 8 publications

References 4 publications

A BitTorrent Mechanism-Based Solution for Massive System Deployment

A BitTorrent Mechanism-Based Solution for Massive System Deployment

Virtualização E Cloud Computing Nas Pme's Em Portugal

A Study on Technologies in Cloud-Based Design and Manufacturing

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