The Recommendation for the IP Next Generation Protocol

Bradner, S.; Mankin, Allison

doi:10.17487/rfc1752

Cited by 102 publications

(35 citation statements)

References 43 publications

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“…En 1995 el grupo encargado de la IETF, recomendó la creación de IPv6, cuya especificación fue descrita en la RFC1752 [8] denominada "The Recommendation for the IP Next Generation Protocol". Luego esta recomendación fue evolucionando hasta la publicación de la especificación completa en 1998 con la RFC2460 [9].…”

Section: Protocolo Ipv6unclassified

Uso de Mininet y Openflow 1.3 para la enseñanza e investigación en redes IPv6 definidas por software

et al. 2017

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Las redes definidas por software (SDN) son un nuevo paradigma en redes de datos que separan el plano de control del plano de datos, dicha separación proporciona grandes ventajas asociadas con el control y la gestión de redes; estas redes abren muchas oportunidades en investigación para proponer soluciones a los problemas existentes. Por otro lado, IPv6 es el protocolo de nueva generación y de la futura infraestructura global de Internet. El objetivo principal de este artículo es presentar una metodología sencilla para la emulación de una SDN configurada con el protocolo IPv6, usando OpenFlow 1.3 y el controlador RYU mediante la herramienta Mininet; esta combinación facilita la enseñanza e investigación en esta área. Para este propósito, en este documento se describe las características importantes de IPv6, SDNs el protocolo OpenFlow 1.3 y el controlador RYU. Además se describen los requerimientos y recomendaciones fundamentales para dicha emulación, y se presentan los resultados de pruebas sencillas con el fin de verificar la conectividad, transferencia de datos y operación sobre una topología de prueba.

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Section: Protocolo Ipv6unclassified

Uso de Mininet y Openflow 1.3 para la enseñanza e investigación en redes IPv6 definidas por software

et al. 2017

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“…So, there is a critical need to deploy a transitory solution in order to allow an IPv4 existing service to be accessed by new IPv6 terminals. [11] [12] [13] IPv6 is an important part of the future infrastructure of the Internet, as it offers improvements over IPv4. The current shortage of IPv4 addresses presents a large problem for the Wireless industry, which has recently offered Wireless Internet access requiring new demands for IP addresses.…”

Section: Context and Motivationsmentioning

confidence: 99%

M3G: A Mobile Multicast Multimedia Gateway for Seamless IPv4/IPv6 Transition

Aoul¹,

Negru²,

Nafaa³

et al. 2003

Management of Multimedia Networks and Services

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Abstract.A growing interest in third generation wireless IP network and service technologies, push up the demand on IPv6 transition. Most of these services require mobility, multicast and multimedia service supports. However, the transition to such a NG IP networks and services is slowed down because of the richness and complexity of the applications and the integration of legacy systems. Existing IETF and academic proposals permit to solve several transition problems but they don't cope with the multimedia or wireless aspects of some next generation IP services. In the other hand, most transition solutions are limited to LANs and couldn't scale well. Therefore, this article describes the architecture and the implementation of an integrated multi-functional IP gateway for IPv4/IPv6 network transition with multimedia, multicast and mobility service management. This gateway, named M3G, has been partially implemented and validated on a Linux-based testbed with MPEG4 video streaming applications. Nevertheless, the main goal of this work is to achieve a transparent establishment and a smooth control of unicast (e.g. VOD) and multicast (e.g. TV broadcasting) multimedia communications between heterogeneous fixed and mobile hosts belonging to dense IPv4 and IPv6 domains.

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“…The original two-level hierarchy of Internet addressing in IP has already been transparently extended at the bottom with subnetting [16] and at the top through use of CIDR [5]. In the IETF's "IPng" effort to develop the next generation of the IP protocol [2], support for many more levels of hierarchy than in the present version of IP is an explicit design goal [15].…”

Section: Internetwork Routingmentioning

confidence: 99%

Scalable support for transparent mobile host internetworking

Johnson

1995

Wireless Netw

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This paper considers the problem of providing transparent support for very large numbers of mobile hosts within a large internetwork such as the Internet. The availability of powerful mobile computing devices and wireless networking products and services is increasing dramatically, but internetworking protocols such as IP used in the Internet do not currently support host movement. To address this need, the Internet Engineering Task Force (IETF) is currently developing protocols for mobile hosts in the Internet. This paper analyzes the problem to be solved, reviews the current state of that effort, and discusses its scalability to very large numbers of mobile hosts in a large internetwork.

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The Recommendation for the IP Next Generation Protocol

Cited by 102 publications

References 43 publications

Uso de Mininet y Openflow 1.3 para la enseñanza e investigación en redes IPv6 definidas por software

Uso de Mininet y Openflow 1.3 para la enseñanza e investigación en redes IPv6 definidas por software

M3G: A Mobile Multicast Multimedia Gateway for Seamless IPv4/IPv6 Transition

Scalable support for transparent mobile host internetworking

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