INTERNET SECTIONS
A revolution in information processing and communication is taking
place with the Internet tidal. It
affects the traditional telecommunications both at home and in the Companies.
It metamorphoses the data and voice networks with the emergence of the
federating IP communication protocol.
The objective of this course is to initiate the participants to the new
upcoming Internet technologies, the related networks and services in the Consumer
and Business fields.
Objective of the
course ·
Introduce the basic TCP/IP
protocol suite |
|
Technical
person looking for training on IP protocols and networks (Internet, Intranet,
Extranet) Duration: 1 day |
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Table of Contents Introduction to the world of Internet - Internet History - Internet Actors : IAP, ISP, CSP, ASP IP NETWORKING PROTOCOL ·
Addressing and routing · IP Routing Protocols - Dynamic routing basic
principles UDP et TCP Transport Protocols - Ports and
"sockets", « well known » ports, firewall filtering IP Network Management - DHCP: automatic IP address
configuration Link-level Protocols : "sub IP" - LAN : Ethernet MAC - WAN : Frame Relay, ATM, PPP - NAS et AAA servers, RADIUS protocol Internet Application Protocols - DNS (Domain Name system) :
domain name structuring, name servers hierarchy, DNS records, Name-IP address
resolution - Fire-wall operating principles - Intranet, Extranet |
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Panorama of the various outstanding evolutions in the IP “world” (technologies, services and networks) with:
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Course Objective
Provide a detailed overview of the main technology evolutions in the IP world: · IPV6 · IP-QoS : IntServ, DiffServ · Secured IP: IPSec · IP over Optics · IP Broadband Access: ADSL, Cable · IP over Mobile Networks · IP Telephony |
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Audience:Technical
person looking for training on IP protocols and networks (Internet, Intranet,
Extranet) Prerequisite:Basic knowledge on the IP protocol and on IP network
operation principles Duration: 3 days
|
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Table of Contents
IP Quality Of Service Control New addressing and routing capabilities Security Multimedia over IP High
Speed IP routing and switching PPP Point to Point protocol evolution Backbone IP Networks IP fixed Access Networks IP Mobile Access networks and services Public IP networks and services Private IP networks and
services |
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This
course presents the new VPN (Virtual Private Network) technologies based on private
or public networks IP, the IP-VPN application field, IP-VPN network
implementation, the advantages and disadvantages of this technology compared to
the current solutions (VPN Frame Relay).
The reviewed
IP-VPN technologies are: the tunnelling " (Level 2: PPTP and L2TP and Level 3: IPSec) and the " virtual routing " combined with the MPLS
(MultiProtocol Label switching) protocol.
The applications considered are: Corporate LAN remote access, Intranet,
Extranet and voice over IP.
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Course Objective
Presentation of the new VPN (Virtual Private Network) technologies based on IP: · Introduction on VPN and on current VPN solutions such as FR-VPN · IP-VPN technologies overview · IP-VPN tunnelling technologies: L2TP and IPSec · IP/MPLS VPN technology · IP-VPN case studies: remote access, Extranet, Intranet, VoIP · IP-VPN product and service offering |
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Audience:Technical
person looking to be up-to-date on the new IP-VPN technologies and their
applications Prerequisite:Basic knowledge on the IP protocol and on IP network
operation principles Duration: 2 days
|
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Table of
Contents IP-VPN Technologies VPN: basics Legacy solutions: VPN FR or ATM Survey of IP-VPN technologies "PPP" tunnelling: PPTP or L2TP IP tunnelling: IPSec IP virtual routing IP-VPN technologies comparison IP-VPN Networks implementation Remote Access Intranet-Extranet Networks over
“private IP” Intranet-Extranet Networks over Internet Voice & Data IP-VPN: VoIP |
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IP-MPLS TECHNOLOGIES AND
NETWORKS
IP networks are faced with problems of performance and Service Quality, due to a huge increase in traffic. If not dealt with, these problems may impede the expansion of the Internet and the development of new services such as IP Multi-media (VoIP), and IP-VPN private networks.
To solve these problems a new technology is emerging:
MPLS, Multi-Protocol Label Switching.
MPLS combines the advantages of IP routing and packet switching as being used
in ATM or FR data networks. MPLS is the
standardised technology for IP switching, increasing the speed of packet
routing in IP backbone networks. With
MPLS, network operators can also perform traffic engineering in their network.
IP Quality of Service can be implemented through MPLS.
MPLS field of application is very wide. MPLS should generalize as a switching control protocol to be used on different bearers, such as WDM. MPLS is been called in that latter case “Lambda switching”
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Course Objective· Presentation of the MPLS technology, its applications
and its implementation in IP networks. · Product and Services offering |
|
Audience:Technical
person looking to be up-to-date on the new IP-MPLS technologies and their
applications Prerequisite:Basic knowledge on the IP protocol and on IP network
operation principles Duration: 2 days
|
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MPLS TECHNOLOGY
IP routing in Internet · Internet network Architecture · Routing principles used
in Internet · EGP routing: BGP4
Label switching principles · Why label switching
MPLS : the new IP switching standard · Definitions : FEC, label, LSP, etc.
Label distribution methods · Principles and
alternatives for label distribution
LDP Label Distribution Protocol · LDP protocol overview
Label Distribution with RSVP · RSVP label distribution principles TRAFFIC INGENEERING WITH MPLS
Solutions for traffic engineering · Définition of traffic engineering Explicit routing with MPLS · Principles MPLS APPLICATIONS
· IP Differentiated
Services
IP-VPN implementation with MPLS · MPLS-VPN networks
Lambda Switching : MPlS · MPLS as the Control
Protocol to set up optical paths |
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