Results 221 to 230 of about 53,372 (247)
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Proceedings of the International Conference on Mobile Technology, Applications, and Systems - Mobility '08, 2008
This paper presents a practical approach to connecting a home network to the IPv6 world. A number of connection methods have been proposed and deployed, some suitable for a rich network environment, e.g. enterprise networks. Home networks are particularly significant due to the large number of sites.
Sinchai Kamolphiwong +2 more
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This paper presents a practical approach to connecting a home network to the IPv6 world. A number of connection methods have been proposed and deployed, some suitable for a rich network environment, e.g. enterprise networks. Home networks are particularly significant due to the large number of sites.
Sinchai Kamolphiwong +2 more
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Improving IPv6 transition management with IPv6 network virtualization
2017 9th International Conference on Advanced Infocomm Technology (ICAIT), 2017We have entered the transitional period between IPv4 and IPv6. However, IPv6 transition management involves entirely new challenges. To tackle these management challenges, we propose a management architecture (VNET6) to improve IPv6 transition manageability.
Ze Luo +4 more
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IEEE Internet Computing, 2001
Version 4 of the Internet Protocol (IPv4) has been in wide use for the past 25 years, but it has outlasted its effective lifetime and is straining to keep up with the demands of today's Internet. IPv6 is a natural evolution from IPv4 and attempts to address many of the older protocol's shortcomings.
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Version 4 of the Internet Protocol (IPv4) has been in wide use for the past 25 years, but it has outlasted its effective lifetime and is straining to keep up with the demands of today's Internet. IPv6 is a natural evolution from IPv4 and attempts to address many of the older protocol's shortcomings.
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2005 International Conference on Wireless Networks, Communications and Mobile Computing, 2005
IETF proposed mobile IPv6 to address the IP mobility problem in the next generation Internet protocol (IPv6) by which mobile nodes are reachable while roaming in the Internet. Nevertheless, mobile IPv6 is optimized for macro-level mobility. Hence, several micro-mobility (local-area) protocols were proposed for fast moving mobile nodes.
R. Ramadugu +2 more
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IETF proposed mobile IPv6 to address the IP mobility problem in the next generation Internet protocol (IPv6) by which mobile nodes are reachable while roaming in the Internet. Nevertheless, mobile IPv6 is optimized for macro-level mobility. Hence, several micro-mobility (local-area) protocols were proposed for fast moving mobile nodes.
R. Ramadugu +2 more
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IPv4 and IPv6 performance comparison in IPv6 LTE network
2015 17th Asia-Pacific Network Operations and Management Symposium (APNOMS), 2015Mobile network operators are deploying IPv6 to their mobile networks in recent years, to support ever increasing mobile and IoT devices. They also adopt IPv4-IPv6 transition techniques to provide connectivity from their IPv6 networks to IPv4 networks. Since IPv6 deployment to mobile network is still in an early stage, the performance assessment on IPv6
James Won-Ki Hong +4 more
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ACM SIGMOBILE Mobile Computing and Communications Review, 2003
Mobile IP, the current IETF proposal for IP mobility support, represents a key element for future All-IP wireless networks to provide service continuity while on the move within a multi-access environment. We conducted a performance evaluation of Mobile IPv6 and its proposed enhancements, i.e., Fast Handovers for ...
Pérez-Costa, X. +2 more
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Mobile IP, the current IETF proposal for IP mobility support, represents a key element for future All-IP wireless networks to provide service continuity while on the move within a multi-access environment. We conducted a performance evaluation of Mobile IPv6 and its proposed enhancements, i.e., Fast Handovers for ...
Pérez-Costa, X. +2 more
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2013
The Internet requires some fundamental network services to work. These include network connectivity, routing, a shared networking protocol (IPv4 and IPv6), an address allocation process (StateLess Address Auto Configuration, or SLAAC, and Dynamic Host Configuration Protocol, or DHCP), and a name resolution process called Domain Name System (DNS).
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The Internet requires some fundamental network services to work. These include network connectivity, routing, a shared networking protocol (IPv4 and IPv6), an address allocation process (StateLess Address Auto Configuration, or SLAAC, and Dynamic Host Configuration Protocol, or DHCP), and a name resolution process called Domain Name System (DNS).
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2016 Sixth International Conference on Innovative Computing Technology (INTECH), 2016
IPv4 is the historical addressing protocol used for all devices connected worldwide. It has survived for over 30 years and has been an integral part of the Internet revolution. However, due to its limitation, IPv4 is being replacing by IPv6. Today, IPv6 is more and more widely used on the Internet.
Nicolls, Vincent +3 more
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IPv4 is the historical addressing protocol used for all devices connected worldwide. It has survived for over 30 years and has been an integral part of the Internet revolution. However, due to its limitation, IPv4 is being replacing by IPv6. Today, IPv6 is more and more widely used on the Internet.
Nicolls, Vincent +3 more
openaire +3 more sources
2013
Dynamic Host Configuration Protocol (DHCP) is just as much a fundamental service for the Internet to work as DNS (Domain Name System). For IPv6 this means leveraging DHCPv6 to handle IPv6 address allocations. DHCPv6 is the way modern networks allocate IPv6 addresses on a LAN (local area network) and DHCP is what has been traditionally used for IPv4 ...
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Dynamic Host Configuration Protocol (DHCP) is just as much a fundamental service for the Internet to work as DNS (Domain Name System). For IPv6 this means leveraging DHCPv6 to handle IPv6 address allocations. DHCPv6 is the way modern networks allocate IPv6 addresses on a LAN (local area network) and DHCP is what has been traditionally used for IPv4 ...
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2008
This article provides a description of the IPv6 protocol. It briefly covers the reasons that make IPv6 a necessary upgrade, describes the most important methods for transitioning networks, applications, and hosts from IPv4 to IPv6, and the possibilities that IPv6 opens up.
Christos Bouras +2 more
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This article provides a description of the IPv6 protocol. It briefly covers the reasons that make IPv6 a necessary upgrade, describes the most important methods for transitioning networks, applications, and hosts from IPv4 to IPv6, and the possibilities that IPv6 opens up.
Christos Bouras +2 more
openaire +1 more source