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ПКС (часть 1)
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by
Александр Шкребец
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last modified
Feb 15, 2024 12:29 PM
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filed under:
SDN,
OpenFlow
Лекция № 1 - .Л. Смелянский, В.А. Антоненко - Концепции …, CurtinX SDN1x, SDN
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SDN_Theory
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ПКС: Введение
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by
Александр Шкребец
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last modified
Jan 20, 2023 12:03 PM
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filed under:
SDN,
OpenFlow
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Presentations
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by
admin
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published
Dec 02, 2013
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last modified
Dec 12, 2013 12:25 PM
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filed under:
Data Center,
ifmo,
NAS,
SDN,
OpenFlow
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Software Defined Network
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SDN
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by
Sasha Shkrebets
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published
Dec 10, 2017
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last modified
Jun 11, 2021 02:46 PM
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filed under:
Data Center,
SDN,
OpenFlow
Учебные материалы по курсу "Основы технологии ПКС (программно-конфигурируемые сети) " для магистрантов первого года обучения.
Преподаватель практики, Александр Шкребец. Электронная почта: sashkrebets@itmo.ru
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Sasha Shkrebets
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SDN CONTROLLER NORTHBOUND API: STATE OF DEVELOPMENT
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by
Vladimir Grudinin
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published
Nov 29, 2013
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last modified
Jan 20, 2016 10:09 AM
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filed under:
Data Center,
OpenFlow,
ifmo,
NAS,
SDN
Published in Digital scientific magazine
«Modern problems of science and education»
Abstract:
A briefdescription of the main trends in the development of Software-defined networks (SDN) is given. We compare the advantages and disadvantages of the most popular approaches: end-to-end OpenFlow and virtual network overlays. We are describing existing SDN solutions. Among them, architectural and hardware preferences of Juniper Networks, the Virtualized Services Platform (VSP) from Nuage Networks, an integrated VMware/Nicira solution NSX and Windows Network Virtualization from Microsoft. Most of them tend to implement SDN on the existing infrastructure without having to replace network equipment, maintaining existing services. Main functions of the systems are implemented in software virtual switches that are directly managed by the hypervisor. It is concluded that at the present time OpenFlow has practical application only as a control protocol for virtual switches and most solutions are based on the virtual network overlays.
Chugreev D.A., Khoruzhnikov S.E., Titov V.B., Sadov O.L., Kairkanov A.B., Grudinin V.A., Vlasov D.V., Shevel A.E., Shkrebets A.E., Soms L.N.
National Research University of Information Technologies, Mechanics and Optics
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Review publications
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SDN Technical Specifications _ Open Networking Foundation.pdf
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by
Александр Шкребец
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last modified
Jan 20, 2023 12:04 PM
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filed under:
SDN,
OpenFlow
Specifications
Technical Specifications include all standards that define a protocol, information model, functionality of
components and related framework documents. It is this category of Technical Specification that is
identified as such because it is a normative publication that has the ONF RAND-Z IPR policy
(https://3vf60mmveq1g8vzn48q2o71a-wpengine.netdna-ssl.com/wp-content/uploads/2017/07/ONF-IPR-
Policy-2016.pdf) and licensing guiding its further use.
SPECIFICATIONS
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SDN_Education
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by
Александр Шкребец
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published
Dec 31, 2020
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last modified
Jan 25, 2023 12:26 PM
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filed under:
SDN,
OpenFlow
Образовательные курсы по теме ПКС (SDN)
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Sasha Shkrebets
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SDN
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SOFTWARE DEFINED NETWORKS: OPENFLOW AND VIRTUAL NETWORK OVERLAYS
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by
Oleg Sadov
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published
Nov 29, 2013
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last modified
Jan 20, 2016 10:08 AM
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filed under:
Data Center,
OpenFlow,
ifmo,
NAS,
SDN
Published in Digital scientific magazine
«Modern problems of science and education»
Abstract:
A briefdescription of the main trends in the development of Software-defined networks (SDN) is given. We compare the advantages and disadvantages of the most popular approaches: end-to-end OpenFlow and virtual network overlays. We are describing existing SDN solutions. Among them, architectural and hardware preferences of Juniper Networks, the Virtualized Services Platform (VSP) from Nuage Networks, an integrated VMware/Nicira solution NSX and Windows Network Virtualization from Microsoft. Most of them tend to implement SDN on the existing infrastructure without having to replace network equipment, maintaining existing services. Main functions of the systems are implemented in software virtual switches that are directly managed by the hypervisor. It is concluded that at the present time OpenFlow has practical application only as a control protocol for virtual switches and most solutions are based on the virtual network overlays.
Khoruzhnikov S.E., Chugreev D.A., Titov V.B., Sadov O.L., Kairkanov A.B., Grudinin V.A., Vlasov D.V., Shevel A.E., Shkrebets A.E., Soms L.N.
National Research University of Information Technologies, Mechanics and Optics
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Review publications
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Source code on GitHub
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by
Oleg Sadov
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published
Dec 01, 2013
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last modified
Dec 11, 2013 11:15 PM
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filed under:
Data Center,
ifmo,
NAS,
SDN,
OpenFlow
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Technical publications
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by
Oleg Sadov
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published
Dec 02, 2013
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last modified
Dec 12, 2013 02:09 PM
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filed under:
Data Center,
ifmo,
NAS,
SDN,
OpenFlow
Located in
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Software Defined Network