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Journal : TEKNOINFO

A TRANSITION FROM IPV4 TO IPV6 THROUGH THE DEVELOPMENT OF IPV6 TESTBED Roestam, Rusdianto
TEKNOINFO Vol 1, No 1 (2007): Voı. 1. No, 1 Januari 2007
Publisher : TEKNOINFO

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Abstract

IPv6 as a successor cannot be implemented directly in the network for totally replacing IPv4 because of IPv4 worldwide deployment for more than two decades. The choice is to make IPv6 be co-exist with IPv4 for certain time. Ipv4/lPv6 dual-stack is configured in a tunnel to support both protocols. This paper will describe how IPv6 testbed is developed and tested. Basic Network Services (BNS) is also implemented on the network to demonstrate the functionality of the IPv6 protocol. The development activities can be a
PENGEMBANGAN JARINGAN TESTBED IPV6 UNTUK LAYANAN NODA BERGERAK (Mobile Node) Roestam, Rusdianto
TEKNOINFO Vol 1, No 1 (2008): Vol. 1 No 1 Januari 2008
Publisher : TEKNOINFO

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Abstract

Mobilitas IP (IP mobility) merupakan salah satu kelebihan yang dimiliki oleh IPv6. Hingga saat ini mobilitas IPv6 masih dalam tahap eksperimental. Tujuan dari penelitian ini adalah mengukur handover latency pada jaringan mobile IPv6. Metoda penelitian yang digunakan terdiri dari metoda analisa dan perancangan. Metoda analisa dilakukan dengan cara studi pustaka dan penggunaan aplikasi yang dapat mendeteksi handover latency. Metoda rancangan dilakukan dengan membuat sebuah jaringan prototype yang menggunakan sistem operasi LINUX dan menggunakan apiikasi MiPL Mobile IPv6. Dari beberapa percobaan yang telah dilakukan dapat disimpulkan bahwa ada beberapa faktor yang membuat handover latency sangat besar, yaitu faktor media yang digunakan pada jaringan dan faktor prosedur Duplicate Address Detection (DAD).
A TRANSITION FROM IPV4 TO IPV6 THROUGH THE DEVELOPMENT OF IPV6 TESTBED Roestam, Rusdianto
TEKNOINFO Vol 1, No 1 (2007): Voı. 1. No, 1 Januari 2007
Publisher : TEKNOINFO

Show Abstract | Download Original | Original Source | Check in Google Scholar

Abstract

IPv6 as a successor cannot be implemented directly in the network for totally replacing IPv4 because of IPv4 worldwide deployment for more than two decades. The choice is to make IPv6 be co-exist with IPv4 for certain time. Ipv4/lPv6 dual-stack is configured in a tunnel to support both protocols. This paper will describe how IPv6 testbed is developed and tested. Basic Network Services (BNS) is also implemented on the network to demonstrate the functionality of the IPv6 protocol. The development activities can be apart of IPv6 transition strategy,