Littérature scientifique sur le sujet « Kubernetes (logiciel) »
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Articles de revues sur le sujet "Kubernetes (logiciel)"
Ming Zhao, Ming Zhao, Zhen Wang Ming Zhao, Yalong Li Zhen Wang et Xiumei Qin Yalong Li. « Mitigating Cloud Computing Virtualization Performance Problems with an Upgraded Logical Convergence Strategy ». 電腦學刊 34, no 6 (décembre 2023) : 133–43. http://dx.doi.org/10.53106/199115992023123406010.
Texte intégralCuadra, Julen, Ekaitz Hurtado, Federico Pérez, Oskar Casquero et Aintzane Armentia. « OpenFog-Compliant Application-Aware Platform : A Kubernetes Extension ». Applied Sciences 13, no 14 (19 juillet 2023) : 8363. http://dx.doi.org/10.3390/app13148363.
Texte intégralFajardo, Edgar, Matevz Tadel, Justas Balcas, Alja Tadel, Frank Würthwein, Diego Davila, Jonathan Guiang et Igor Sfiligoi. « Moving the California distributed CMS XCache from bare metal into containers using Kubernetes ». EPJ Web of Conferences 245 (2020) : 04042. http://dx.doi.org/10.1051/epjconf/202024504042.
Texte intégralChouhan, Durga, Nilima Gautam, Gaurav Purohit et Rajesh Bhdada. « A survey on virtualization techniques in Mobile edge computing ». WEENTECH Proceedings in Energy, 13 mars 2021, 455–68. http://dx.doi.org/10.32438/wpe.412021.
Texte intégralThèses sur le sujet "Kubernetes (logiciel)"
Şenel, Berat. « Container Orchestration for the Edge Cloud ». Electronic Thesis or Diss., Sorbonne université, 2023. http://www.theses.fr/2023SORUS202.
Texte intégralThe pendulum again swings away from centralized IT infrastructure back towards decentralization, with the rise of edge computing. Besides resource-constrained devices that can only run tiny tasks, edge computing infrastructure consists of server-class compute nodes that are collocated with wireless base stations, complemented by servers in regional data centers. These compute nodes have cloud-like capabilities, and are thus able to run cloud-like workloads. Furthermore, many smart devices that support containerization and virtualization can also handle cloud-like workloads. The « containers as a service » (CaaS) service model, with its minimal overhead on compute nodes, is particularly well adapted to the less scalable cloud environment that is found at the edge, but cloud container orchestration systems have yet to catch up to the new edge cloud environment. This thesis shows a way forward for edge cloud container orchestration. We make our contributions in two primary ways: the reasoned conception of a set of empirically tested features to simplify and improve container orchestration at the edge, and the deployment of these features to provide EdgeNet, a sustainable container-based edge cloud testbed for the internet research community. We have built EdgeNet on Kubernetes, as it is open-source software that has become today’s de facto industry standard cloud container orchestration tool. The edge cloud requires multitenancy for the sharing of limited resources. However, this is not a Kubernetes-native feature, and a specific framework must be integrated into the tool to enable this functionality. Surveying the scientific literature on cloud multitenancy and existing frameworks to extend Kubernetes to offer multitenancy, we have identified three main approaches: (1) multi-instance through multiple clusters, (2) multi-instance through multiple control planes, and (3) single-instance native. Considering the resource constraints at the edge, we argue for and provide empirical evidence in favor of a single-instance multitenancy framework. Our design includes a lightweight mechanism for the federation of edge cloud compute clusters in which each local cluster implements our multitenancy framework, and a user gains access to federated resources through the local cluster that her local cloud operator provides. We further introduce several features and methods that adapt container orchestration for the edge cloud, such as a means to allow users to deploy workloads according to node location, and an in-cluster VPN that allows nodes to operate from behind NATs. We put these features into production through the EdgeNet testbed, a globally distributed compute cluster that is inherently less costly to deploy and maintain, and easier to document and to program than previous such testbeds