Results 231 to 240 of about 14,618 (242)
Some of the next articles are maybe not open access.
2011
While IPv6 provides many improvements in network management, one of the major driving forces behind its design was to greatly increase address space. An IPv4 address uses 32 bits whereas an IPv6 address uses 128 bits. Thus, IPv6 is theoretically capable of providing many millions of IP addresses for every human on the planet!
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While IPv6 provides many improvements in network management, one of the major driving forces behind its design was to greatly increase address space. An IPv4 address uses 32 bits whereas an IPv6 address uses 128 bits. Thus, IPv6 is theoretically capable of providing many millions of IP addresses for every human on the planet!
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2007
Publisher Summary This chapter discusses the Internet Protocol version 6 (IPv6) multicasting. IP multicasting is one of the key technologies for the next generation of the Internet. In fact, IPv6 basic features such as the neighbor discovery protocol actively and effectively use multicasting of IPv6 core protocols implementation, “neighbor discovery ...
Qing Li, Tatuya Jinmei, Keiichi Shima
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Publisher Summary This chapter discusses the Internet Protocol version 6 (IPv6) multicasting. IP multicasting is one of the key technologies for the next generation of the Internet. In fact, IPv6 basic features such as the neighbor discovery protocol actively and effectively use multicasting of IPv6 core protocols implementation, “neighbor discovery ...
Qing Li, Tatuya Jinmei, Keiichi Shima
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2004
Publisher Summary Network scalability requires the use of automatic mechanisms rather than manual procedures for configuring and updating the configuration of IP nodes. The IPv6 specifications provide an inherently easier approach for doing autoconfiguration than IPv4. IPv6 make autoconfiguration easier.
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Publisher Summary Network scalability requires the use of automatic mechanisms rather than manual procedures for configuring and updating the configuration of IP nodes. The IPv6 specifications provide an inherently easier approach for doing autoconfiguration than IPv4. IPv6 make autoconfiguration easier.
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Networks 2008 - The 13th International Telecommunications Network Strategy and Planning Symposium, 2008
Janos Mohacsi +6 more
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Janos Mohacsi +6 more
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2004
Publisher Summary Scalability issues have long driven development of new techniques for Internet routing, and some of those existing solutions have been designed for use with IPv6. This chapter discusses the way internal and external routing protocols can be used with IPv6 as well as issues of routing within a multiprotocol Internet.
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Publisher Summary Scalability issues have long driven development of new techniques for Internet routing, and some of those existing solutions have been designed for use with IPv6. This chapter discusses the way internal and external routing protocols can be used with IPv6 as well as issues of routing within a multiprotocol Internet.
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2004
Publisher Summary Nodes often move from network to network. As these devices and the networks become more ubiquitous the ability to transit from network to network without dropping connectivity to a specific IP address becomes more and more useful.
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Publisher Summary Nodes often move from network to network. As these devices and the networks become more ubiquitous the ability to transit from network to network without dropping connectivity to a specific IP address becomes more and more useful.
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2004
Publisher Summary This chapter discusses the inclusion of anycast in IPv6, a type of address that is like multicast. More than one node can respond to packets sent to the anycast address. The difference is that packets sent to multicast addresses are delivered to all the nodes listening to those addresses. Nodes send packets to an anycast address when
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Publisher Summary This chapter discusses the inclusion of anycast in IPv6, a type of address that is like multicast. More than one node can respond to packets sent to the anycast address. The difference is that packets sent to multicast addresses are delivered to all the nodes listening to those addresses. Nodes send packets to an anycast address when
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2004
Publisher Summary This chapter discusses the IPv6 specifications for multicast, including the multicast address format, multicast scopes, transient/ permanent multicast groups, and multicast address allocation. It also covers the multicast listener discovery (MLD) protocol and multicast routing under IPv6.
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Publisher Summary This chapter discusses the IPv6 specifications for multicast, including the multicast address format, multicast scopes, transient/ permanent multicast groups, and multicast address allocation. It also covers the multicast listener discovery (MLD) protocol and multicast routing under IPv6.
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