| About the Author |
| Foreword / Jari Arkko |
| Preface / David Hutchison |
| Acknowledgments |
| Abbreviations |
| Introduction / Part I： |
| Overview / Chapter 1： |
| Identifiera locatorsplit / 1.1： |
| HIPin the Internet architecture / 1.2： |
| Brief history of HIP / 1.3： |
| Organization of the book / 1.4： |
| Introduction to network security / Chapter 2： |
| Goals of cryptographic protocols / 2.1： |
| Basics and terminology / 2.2： |
| Attacktypes / 2.3： |
| Defense mechanisms / 2.4： |
| Security protocols / 2.5： |
| Weak authentication techniques / 2.6： |
| Secure DNS / 2.7： |
| The Host Identity Protocol / Part II： |
| Architectural overview / Chapter 3： |
| Internet namespaces / 3.1： |
| Methods of identifying a host / 3.2： |
| Over lay Routable Cryp to graphic Has Identifiers / 3.3： |
| Baseprotocol / Chapter 4： |
| Base exchange / 4.1： |
| Other HIP control packets / 4.2： |
| IPsec encapsulation / 4.3： |
| Main extensions / Chapter 5： |
| Mobility and multihoming / 5.1： |
| Rendezvous server / 5.2： |
| DNS extensions / 5.3： |
| Registration protocol / 5.4： |
| Advanced extensions / Chapter 6： |
| Opportunistic mode / 6.1： |
| Piggy backing transport headers to base exchange / 6.2： |
| HIP service discovery / 6.3： |
| Simultaneous multiaccess / 6.4： |
| Disseminating HITs with a presence service / 6.5： |
| Multicast / 6.6： |
| Performance measurements / Chapter 7： |
| HIP on Nokia Internet Tablet / 7.1： |
| Experimental results / 7.2： |
| Summary / 7.3： |
| Lightweight HIP / Chapter 8： |
| Security functionality of HIP / 8.1： |
| HIP high-levelgoals / 8.2： |
| LHIP design / 8.3： |
| LHIP performance / 8.4： |
| Discussion / 8.5： |
| Infrastructure Support / Part III： |
| Middlebox traversal / Chapter 9： |
| Requirements for traversing legacy middle boxes / 9.1： |
| Legacy NAT traversal / 9.2： |
| Requirements for HIP-aware middleboxes / 9.3： |
| HIP-aware firewall / 9.4： |
| Name resolution / Chapter 10： |
| Problem statement of naming / 10.1： |
| Distributed Hash Tables / 10.2： |
| HIP interface to Open DHT / 10.3： |
| Overview of over lay networks / 10.4： |
| Host Identity Indirection Infrastructure / 10.5： |
| Separating control,data, andnaming / 10.5.1： |
| Thedata plane / 10.5.2： |
| The control plane / 10.5.3： |
| Discussion of the Hi3 design / 10.5.4： |
| Micromobility / Chapter 11： |
| Local rendezvousservers / 11.1： |
| Secure micromobility / 11.2： |
| Network mobility / 11.3： |
| Communication privacy / Chapter 12： |
| SPINAT / 12.1： |
| BLIND / 12.2： |
| Anonymousidentifiers / 12.3： |
| Applications / Part IV： |
| Possible HIP applications / Chapter 13： |
| Virtual Private Networking / 13.1： |
| P2P Internet Sharing Architecture / 13.2： |
| Inter operating IPv 4 and IPv 6 / 13.3： |
| Secure Mobile Architecture / 13.4： |
| Live application migration / 13.5： |
| Network operator view point on HIP / 13.6： |
| Application interface / Chapter 14： |
| Using legacy applications with HIP / 14.1： |
| API fornative HIP applications / 14.2： |
| Integrating HIP with other protocols / Chapter 15： |
| Generalized HIP / 15.1： |
| The use of Session Initiation Protocol / 15.2： |
| Encapsulating HIP data using SRTP / 15.3： |
| Replacing HIP base exchange with IKEv2 / 15.4： |
| Mobile IP and HIP / 15.5： |
| HIP proxy for legacy hosts / 15.6： |
| Installing and using HIP |
| Bibliography |
| Index |
| About the Author |
| Foreword / Jari Arkko |
| Preface / David Hutchison |
ＥＢ
