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Practical IPv6 for Windows administrators /

Practical IPv6 for Windows Administrators is a handy guide to implementing IPv6 in a Microsoft Windows environment. This is the book you need if you are a Microsoft Windows Administrator confronted with IPv6 and in need of a quick resource to get up and going. The book covers the current state of IP...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Horley, Edward
Formato: Electrónico eBook
Idioma:Inglés
Publicado: [New York, N.Y.] : Apress, ©2014.
Colección:Expert's voice in networking.
Temas:
Acceso en línea:Texto completo (Requiere registro previo con correo institucional)
Tabla de Contenidos:
  • At a Glance; Introduction; Chapter 1: IPv6 the Big Picture; IPv6 Now; Market Drivers; Depletion of Address Space; Support in Major Operating Systems; Rise of Cloud-Based Computing; Ubiquity of Mobile Computing; Access to Reference Materials; Business Drivers; Service Providers; Why Is IPv6 Important to Microsoft; Chapter 2: IPv6 Support in Windows; Microsoft IPv6 History; The Early Days; Windows XP and Windows 2000 Server; Current IPv6 Networking Stack Implementation; Features and Functions of the Stack; Mobile IPv6; RFC 6106-IPv6 Router Advertisement Options for DNS Configuration.
  • DS-Lite6in4; 6rd; SEND; Tools Available to Manage IPv6 in Windows; Tools Available to Migrate to IPv6 in Windows; Transition Technologies; 6to4 Transition Technology; ISATAP Transition Technology; Teredo Transition Technology; Microsoft's Long-Term Goals with IPv6; Some Final IPv6 Support Thoughts; Chapter 3: IPv6 Addressing; IPv6 Address Basics; Address Format; Size of the Address Space; IPv6 Address Structure; Packet and Header Configuration; IPv6 Address Representation; Defining Common IPv6 Terminology; Types of IPv6 Addresses; Unicast; Global Unicast Addresses; Unique Local Addresses.
  • Link-Local AddressesSpecial Unicast Addresses; Unicast Transition Addresses; 6to4 Transition Technology; ISATAP Transition Technology; Teredo Transition Technology; Multicast Addresses; Multicast Address Structure; Managing Multicast; Neighbor Discovery -Solicited-Node; Inverse Neighbor Discovery; IPv6 Multicast and Ethernet; Anycast Addresses; ICMPv6 Protocol; Assigning IPv6 Addresses; Autoassigning Addresses; Interface IDs; EUI-64 Interface ID; Random IDs (Non-EUI-64); SLAAC; Temporary IPv6 Addresses; DHCPv6; DHCPv6 Stateful; DHCPv6 Stateless; Assigning Both SLAAC and DHCPv6.
  • Manually Assigning IPv6 AddressesWindows OS Address Behavior; How Windows Determines to Use IPv6 or IPv4; Default Address Selection Behavior of IPv6; Default Address Selection Process; RFC 6724 Summary; IPv6 Address Planning and Design; Size of Prefix and Subnetting; Nibble Boundaries; Routing; Router Advertisements; Router Solicitations; Additional IPv6 Addressing Resources; Chapter 4: IPv6 Best Practices for Windows; Microsoft Best Practice Resources; IPv6 Best Practices for Windows; IPv6 Best Practices Overview; IPv6 Transition Technologies; 6to4; ISATAP; Teredo.
  • IPv6 Transition Technologies Key TakeawaysInternet; Impact of IPv6; IPv6 Internet Key Takeaways; Internet Edge; Basic IPv6 Internet Edge Requirements; IPv6 Internet Edge Key Takeaways; Firewalls; Basic IPv6 Firewall Requirements; IPv6 Firewall Key Takeaways; DirectAccess; DirectAccess and IPv6; DirectAccess IPv6 Key Takeaways; DMZ Services; E-mail; Microsoft Exchange in the DMZ and IPv6; Microsoft Exchange in the DMZ IPv6 Key Takeaways; DNS; Microsoft DNS and IPv6; Microsoft DNS IPv6 Key Takeaways; High Availability; HA-Application Delivery Controllers and IPv6; HA-ADC IPv6 Key Takeaways.