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QoS in IP Networks
 
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Course Number1214
Price NIS before VAT1300 (2120)
Duration (Days)2
LanguageEnglish/Hebrew
LevelAdvanced
JanFebMarAprMayJun
21-22*  03-04   22-23
 
JulAugSepOctNovDec
      
+972 3 9247780 ext. 3
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The Internet is rapidly evolving from a pure data network to a multimedia one. Users are looking for voice and video based services, as well as the basic data ones. On one hand these are good news for service providers but, on the other hand we all know that IP, as it was developed in the beginning, is not well prepared to support these new demands. Different kinds of traffic demand different kinds of treatments from the network. Most of the new multimedia applications are time critical and basic IP is only able to handle best effort services.

 Quality of Service is described in ITU-T Recommendation E.800 as: “the collective effect of service performance, which determines the degree of satisfaction of a user of a service”. IP quality of service (IP QoS) technologies have the purpose of delivering end to end QoS, by characterizing user traffic and controlling basic parameters such as: delay, delay variation, packet loss and throughput. This seminar focuses in the different proposed architectures to deliver QoS, and their related parameters and protocols.

 
 
  1. Introduction to QoS
  • What is QoS
  • QoS functions.
  1. Integrated Services Architecture
  • Definition
  • Service classes
  • Traffic control
  • Congestion management and avoiding mechanisms
  •  Resource sharing requirements
  • Resource reservation protocol: RSVP
  1. Differentiated Services Architecture
  • Definition
  • Architecture model
  • DS domain
  • Classifier and conditioner
  • PHB
  • Differentiated Services Per Domain Behaviours
  1. Multiprotocol Label Switching
  • MPLS architecture
  • MPLS components
  • Labels, FEC and LSP
  • Label distribution protocols
  • MPLS QoS
  • Support of Differentiated Services
  • Traffic engineering
  • Resource sharing requirements
  • Resource reservation protocol: RSVP
  • RSVP-TE
  • Constraint based routing
    • OSPF Extensions
  • DiffServ aware Traffic Engineering DS-TE
    • Protocol Extensions
    • Bandwith Constraints Models
  • Maximum Allocation Model
  • Russian Dolls Model
 
  1. QoS tools
  • Queuing techniques
  • Marking techniques
  • Congestion control
  • Congestion avoidance
  • Policing
  • Shaping
  • Admission Control
  1. QoS at Layer 2
  • ATM, Frame Relay and PPP
  • Ethernet: IEEE802.3Q/p, SBM
  • WiFi: IEEE 802.11e
  • WiMax: IEEE 802.16
  • Docsis (optional)
  1. Conclusion
  2. Glossary
 
  • Network Engineers, Network Operators, Network Managers or Network Designers who are responsible for designing, maintaining and operating public or private IP networks
  • Support, pre- and post sales engineers in vendor organizations 
  • Attendees should have a good understanding on IP and related protocols.
 
 
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