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David Bombal /CCIE #11023, over 15 years of network training experience/ This is an introductory SDN and OpenFlow course explaining different visions of what SDN actually is. The course also shows you real world implementations of SDN in very large networks as well as highly secure networks. You will also learn about how OpenFlow separates the control and data planes of networking devices. You will then see a practical demonstration of an application communicating with an SDN controller and Open vSwitch devices. See the full SDN architecture as part of the demonstrations: SDN Applications SDN Controller OpenFlow switches See how hosts can be blocked using OpenFlow rules. Чему вы научитесь Differentiate between different visions of SDN Determine if SDN is "real" today Explain Open SDN, SDN via APIs, NFV and other related concepts Explain how flow tables are updated Существуют ли у курса какие-либо (предварительные) требования? This is an introduction - no preexisting knowledge is required Для кого этот курс: Network Engineers wanting to learn about the brave new world of SDN and OpenFlow

Presentation for seminar "ПКС-технология в научно-образовательной среде" in Moscow State University, 30 May 2013.

Conference: «Innovative Networking Technologies: SDN & NFV – The Next Generation of Computational Infrastructure» Lomonosov Moscow State University - October 27-29, 2014. Published in Proceedenigs of the conference. http://sdiconf.com/files/SDI_Proceedings_2014.pdf Authors: Oleg L. Sadov, Vladimir A. Grudinin, Andrey Y. Shevel, Dmitry V. Vlasov, Sergey E. Khoruzhnikov, Alexander E. Shkrebets, Vladmir B. Titov, Arsen B. Kairkanov.

Учебные материалы по курсу "Основы технологии ПКС (программно-конфигурируемые сети) " для магистрантов первого года обучения. Преподаватель практики, Александр Шкребец. Электронная почта: sashkrebets@itmo.ru

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

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

Here we plan to collect the info about Software Defined Storage (SDS) and related proposals