The book provides CCNP candidates with a hands-on experience in configuring Cisco Catalyst switches. This guide shows intermediate level networkers how to apply the knowledge they have gained through CCNP Coursework and exam preparation. Configuration labs will cover all technologies tested upon in Switching exam #640-604, as well as a number of real world scenarios that will test the users overall understanding of multilayer switching. The labs come complete with full explanations, highlighting why the chosen commands and techniques are recommended.

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Online Sample Chapter Downloadable Sample Chapter Download - 1.16 MB -- Table of Contents I. IP QOS. 1. Introducing IP Quality of Service. Levels of QoS. IP QoS History. Performance Measures. QoS Functions. Layer 2 QoS Technologies.

Multiprotocol Label Switching. End-to-End QoS. Scope and Limitations. 2. Differentiated Services Architecture. Intserv Architecture. Diffserv Architecture.

3. Network Boundary Traffic Conditioners: Packet Classifier, Marker, and Traffic Rate Management. Packet Classification. Packet Marking. The Need for Traffic Rate Management. Traffic Policing. Traffic Shaping. 4. Per-Hop Behavior: Resource Allocation I.

Scheduling for Quality of Service (QoS) Support. Sequence Number Computation-Based WFQ. Flow-Based WFQ. Flow-Based Distributed WFQ (DWFQ). Class-Based WFQ. Priority Queuing. Custom Queuing.

Scheduling Mechanisms for Voice Traffic. 5. Per-Hop Behavior: Resource Allocation II. Modified Weighted Round Robin (MWRR). Modified Deficit Round Robin (MDRR). MDRR Implementation. 6. Per-Hop Behavior: Congestion Avoidance and Packet Drop Policy.

TCP Slow Start and Congestion Avoidance. TCP Traffic Behavior in a Tail-Drop Scenario.

RED—Proactive Queue Management for Congestion Avoidance. 7. Integrated Services: RSVP. Reservation Styles. Service Types. RSVP Media Support.

RSVP Scalability. Case Study 7-1: Reserving End-to-End Bandwidth for an Application Using RSVP.

Case Study 7-2: RSVP for VoIP. II. LAYER 2, MPLS QOS—INTERWORKING WITH IP QOS. 8. Layer 2 QoS: Interworking with IP QoS. ATM Interworking with IP QoS. Frame Relay Interworking with IP QoS.

The IEEE 802.3 Family of LANs. 9. QoS in MPLS-Based Networks. MPLS with ATM. Case Study 9-1: Downstream Label Distribution. End-to-End IP QoS. Case Study 9-3: MPLS VPN. MPLS VPN QoS.

Case Study 9-4: MPLS VPN QoS. III. TRAFFIC ENGINEERING.

10. MPLS Traffic Engineering. The Layer 2 Overlay Model. Berg Lulu Libretto Pdf Viewer. TE Trunk Definition. TE Tunnel Attributes. Link Resource Attributes.

Distribution of Link Resource Information. Path Selection Policy. TE Tunnel Setup. Link Admission Control. TE Path Maintenance.

IGP Routing Protocol Extensions. TE Approaches. Case Study 10-1: MPLS TE Tunnel Setup and Operation. Appendix A: Cisco Modular QoS Command-Line Interface. Traffic Class Definition. Block B Be The Light Download K2nblog Dhunty Rhy Jaoge Yar Humare Jesa Audio Song Mp3 Full Hd Dowenlod. more. Policy Definition.

Policy Application. Order of Policy Execution. Appendix B: Appendix B Packet Switching Mechanisms. Process Switching. Route-Cache Forwarding.

Appendix C: Routing Policies. Using QoS Policies to Make Routing Decisions. QoS Policy Propagation Using BGP. Appendix D: Real-time Transport Protocol (RTP). Appendix E: General IP Line Efficiency Functions. The Nagle Algorithm. Path MTU Discovery.