Design, Measurement and Management of Large-Scale IP Networks—Bridging the Gap between Theory and Practice

Design, Measurement and Management of Large-Scale IP Networks—Bridging the Gap between Theory and Practice

Chapter 1

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Introduction

Chapter 2

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Background and Context

Part I - Network Monitoring and Management

Chapter 3

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The Need for Monitoring in ISP Network Design and Management

Chapter 4

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Understanding Through-Router Delay

Chapter 5

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Traffic Matrices—Measurement, Inference and Modeling

Part II - Network Design and Traffic Engineering

Chapter 6

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Principles of Network Design and Traffic Engineering

Chapter 7

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Topology Design Resilient to Long-Lived Failures

Chapter 8

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Achieving Topology Resilience Using Multiple-Parallel Links

Chapter 9

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Performance Enhancement and Resilience to Short-Lived Failures via Routing Optimization

Chapter 10

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Measuring the Shared Fate of IGP Engineering—Considerations and Take-Away

Chapter 11

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Capacity Planning

Part III - From Bits to Services

Chapter 12

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From Bits to Services—Information is Power

Chapter 13

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Traffic Classification in the Dark

Chapter 14

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Classification of Multimedia Hybrid Flows in Real Time

Chapter 15

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Detection of Data Plane Malware—DoS and Computer Worms

Chapter 16

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Detection of Control-Plane Anomalies—Beyond Prefix Hijacking

Appendix A

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How to Link Original and Measured Flow Characteristics When Packet Sampling is Used—Bytes, Packets and Flows

Appendix B

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Application-Specific Payload Bit Strings

Appendix C

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BLINC Implementation Details

Appendix D

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Validation of Direction-Conforming Rule

References