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Course Introduction

Course Introduction. Course Objectives. Upon completing this course, you will be able to: Describe the need for QoS mechanisms in IP networks Describe the two conceptual QoS models; Integrated Services and Differentiated Services

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Course Introduction

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  1. Course Introduction

  2. Course Objectives Upon completing this course, you will be able to: • Describe the need for QoS mechanisms in IP networks • Describe the two conceptual QoS models; Integrated Services and Differentiated Services • Describe the building blocks of IP QoS mechanisms available in Cisco IOS

  3. Course Objectives (cont.) • Describe the mechanisms used to classify and mark IP packets • Describe and configure the queuing mechanisms used on output interfaces • Describe the two options for limiting bandwidth available to traffic classes • Configure mechanisms that support traffic shaping and policing

  4. Course Objectives (cont.) • Describe the problems of congested networks and associated congestion avoidance mechanisms • Configure congestion avoidance mechanisms • Describe and configure alternative approaches to handle congested links • Describe and configure RSVP as the signaling mechanism used in QoS enabled networks

  5. Course Objectives (cont.) • Describe the classification properties of the Modular QoS CLI (MQC) that provide a new approach to classification for various QoS mechanisms • Describe Modular QoS CLI (MQC) service policies • Describe the available QoS mechanisms that can be used on ATM interfaces of Cisco routers • Describe the available QoS mechanisms that can be used in MPLS-enabled networks

  6. Cisco’s Certification Track

  7. Learner Skills and Knowledge Interconnecting Cisco Network Devices Implementing Cisco QoS Building Cisco Scalable Internetworks

  8. Learner Responsibilities • Complete prerequisites • Introduce yourself • Ask questions

  9. General Administration Class-Related • Sign-in sheet • Length and times • Break and lunch room locations • Attire Facilities-Related • Course materials • Site emergency procedures • Rest rooms • Telephones/faxes

  10. Course Roadmap Day 1 Day 2 Day 3 Day 4 Congestion Avoidance + Lab Queuing Mechanisms (cont.) Modular QoS CLI (MQC) Service Policies Course Introduction A M Queuing Mechanisms (Lab) Link Efficiency Mechanisms + Lab Modular QoS CLI (Lab) QoS Conceptual Models and Building Blocks Lunch Signaling Mechanisms Modular QoS CLI (Lab) Traffic Shaping and Policing Classification and Marking P M IP Over ATM Modular QoS CLI (MQC) Classification Traffic Shaping and Policing (Lab) Queuing Mechanisms IP Over MPLS

  11. Cisco Icons and Symbols Edge Label SwitchRouter IBMMainframe Router LabelSwitch Router Workstation Workgroup Switch Network Cloud, White AccessServer File Server ATMSwitch Phone Line: Serial Line: Ethernet

  12. Learner Introductions • Your name • Your company • Skills and knowledge • Brief history • Objective

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