Virtualisation des réseauxVirtualisation et Cloud Computing (STI)

FISE STI Semester 9 Option: Embedded and Cloud Systems Security Machine translation

Network Virtualization

Teaching unit Virtualization and Cloud Computing · S09T_ 2SU2 | EC Code S09O_2SU2-4

Course on Celene

8ECTS (EU)

1Coefficient

21:20Hours

Séquencement

Learning objectives

At the end of this race you should know:

Where and when to use network virtualization, and understand the basics of its automatic deployment What is Software Defined Networking What is Network Function Virtualization Manipulate network virtualization tools (ODL, ONOS, openFlow, OVS) What are the different approaches used to secure a virtualized architecture: SDP, Micro Segmentation, Zero Trust Model Basics concepts of 5G and services

Prerequisites

Module	Teaching unit	Semester
C Programming	Programming Principles	S5
Introduction to Software Engineering	Programming Principles	S5
Networks	Introduction to Systems and Networks	S5
System Programming	System Introduction	S5

Program

** Races ** Prerequisite (basic remedies of your previous network courses) Large Scale Distributed Systems (LSDS): Cloud, Fog and Edge Core tech #1: Software Defined Networking (SDN) Core tech #2: Network Function Virtualization (NFV) LSDS organization and tools LSDS security models 4G, 5G and mobility Deep-dive into SDN: introduction to p4

** Practice ** Installing mandate software SDLE: differences between Edge, Fog and Cloud SDN: Openflow NFV: ODL and ONOS LSDS: case study p4 tutorial

Assessment

continuous control

Skills

Ref.	Verb	Description	Level
C2_3	implement	a secure wireless network	3

SecNumEdu Skills

Skill	Lecture hours	Practical hours	Entry level	Exit level
Network and protocol security	7	7	2	3
Wireless network security, Wifi security (Wep, WPA, WPA2, captive portal, ...), Bluetooh security (file trasnfert, authentication, ...), GSM security (cryption)