네트워크 엔지니어를 위한 차세대 인터넷 프로토콜 IPv6 기본 원리 (차세대 인터넷 프로토콜 IPv6 가이드북 | 2 판)

릭 그라지아니

Rick Graziani
앱토스 소재의 카브릴로대학에서 컴퓨터 네트워킹과 컴퓨터 사이언스 과정을, 산타크루즈의 캘리포니아 대학교 컴퓨터 공학부에서 네트워킹 과정을 가르치고 있다. 시스코 네트워킹 아카데미의 커리큘럼 엔지니어
링 팀에 소속되어 있다. 이전에는 산타크루즈 오퍼레이션, 탠덤 컴퓨터, 록히드 미사일 · 스페이스의 정보 기술 분야에서 근무했으며 미국 해안경비대에서 5년간 복무했다.

Introduction

Part I Introduction to IPv6
Chapter 1 Introduction to IPv6
IPv6 Is Here
Why Transition to IPv6?
IPv4 Address Depletion
Access to IPv6-Only Customers
Better Performance
Securing Your Current Network
IPv4
IPv4 Address Depletion
CIDR
NAT with Private Addresses
Problems with NAT
NAT is Not Security
NAT Example
What About IPv5?
The Fascinating History of IPv6
Some Background
IPv4 Address Exhaustion and the Need for More International Involvement
A Call for Proposals
A More IP Version of IPv6
IPv6: More Than Just Longer Addresses
IPv6 Myths
Transitioning to IPv6
Summary
Review Questions
References
RFCs
Websites

Chapter 2 IPv6 Primer
Hexadecimal Number System
IPv6 Address Types
Global Unicast Address (GUA)
Link-Local Unicast Address
Unspecified Address
Solicited-Node Multicast Address
Address Terminology
ICMPv6 Neighbor Discovery Protocol (NDP)
Neighbor Solicitation (NS) and Neighbor Advertisement (NA) Messages
Router Solicitation (RS) and Router Advertisement (RA) Messages
Dynamic Address Allocation
Summary
Review Questions
References
RFCs

Chapter 3 Comparing IPv4 and IPv6
Comparing the IPv4 and IPv6 Headers
The IPv4 and IPv6 Version Fields
IPv4 Internet Header Length (IHL) Field
IPv4 Type of Service (ToS) and IPv6 Traffic Class Fields
IPv6 Flow Label Field
IPv4 Total Length Field, IPv6 Payload Length Field, and IPv6 Jumbograms
IPv4 and IPv6 MTUs
IPv4 Fragmentation
IPv6 Fragmentation: IPv6 Source Only
IPv4 Protocol and IPv6 Next Header Fields
IPv4 Time to Live (TTL) and IPv6 Hop Limit Fields
Checksums: IPv4, TCP, and UDP
IPv4 and IPv6 Source Address and Destination Address Fields
IPv4 Options and Padding Fields, IPv6 Fixed Length
IPv6 over Ethernet
Packet Analysis Using Wireshark
Extension Headers
Hop-by-Hop Options Extension Header
Routing Extension Header
Fragment Extension Header
IPsec: AH and ESP Extension Headers
Transport and Tunnel Modes
Encapsulating Security Payload (ESP) Extension Header
Authentication Header (AH) Extension Header
Destination Options Extension Header
No Next Header
Comparing IPv4 and IPv6 at a Glance
Summary
Review Questions
References
RFCs
Websites
Part II IPv6 Addresses

Chapter 4 IPv6 Address Representation and Address Types
Representation of IPv6 Addresses
Rule 1: Omit Leading 0s
Rule 2: Omit All-0s Hextets
Combining Rule 1 and Rule
Prefix Length Notation
IPv6 Address Types
IPv6 Address Space
Unicast Addresses
Global Unicast Address
Link-Local Unicast Address
Loopback Addresses
Unspecified Addresses
Unique Local Addresses
ULA and NAT
L Flag and Global ID
Site-Local Addresses (Deprecated)
IPv4 Embedded Address
IPv4-Mapped IPv6 Addresses
IPv4-Compatible IPv6 Addresses (Deprecated)
Multicast Addresses
Well-Known Multicast Addresses
Solicited-Node Multicast Addresses
Anycast 주소
Summary
Review Questions
References
RFCs
Websites
Book

Chapter 5 Global Unicast Address
Structure of a Global Unicast Address
Global Routing Prefix
Subnet ID
Interface ID
Manual Configuration of a Global Unicast Address
Manual GUA Configuration for Cisco IOS
Manual GUA Configuration with EUI-64 for Cisco IOS
Manual GUA Configuration with IPv6 Unnumbered for Cisco IOS
Manual GUA Configuration for Windows, Linux, and Mac OS
Implementing Static Routing and Verifying Connectivity with Ping
Recognizing the Parts of a GUA Address and the 3–1–4 Rule
Examining Other Prefix Lengths
Subnetting IPv6
Extending the Subnet Prefix
Subnetting on a Nibble Boundary
Subnetting Within a Nibble
Subnetting /127 Point-to-Point Links
NDP Exhaustion Attack
/127 Subnetting on Point-to-Point Links
ipv6gen: An IPv6 Subnetting Tool
Prefix Allocation
Provider-Aggregatable (PA) and Provider-Independent (PI) Address Space
Provider-Aggregatable Address Space
Provider-Independent Address Space
General Prefix Option
Dynamic Addressing Methods with SLAAC and DHCPv6
Summary
Review Questions
References
RFCs
Websites

Chapter 6 Link-Local Unicast Address
Structure of a Link-Local Unicast Address
Automatic Configuration of a Link-Local Address
EUI-64 Generated Interface ID
Verifying the Router’s Link-Local Address on Ethernet and Serial Interfaces
Randomly Generated Interface ID
Zone ID (%) on Link-Local Interfaces
Manual Configuration of a Link-Local Address
Link-Local Address and Duplicate Address Detection
Link-Local Addresses and Default Gateways
ipv6 enable: Isolated Link-Local Address
Pinging a Link-Local