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2021•Unpublished venueRequires access

ADIW: A Solution on General Deployment in IPv6-only WLANs

Fangze Guo, Chenhuan Liu, Shanshan Hao, Congxiao Bao, Xing Li

Open publisher page 1 citations

Abstract

IPv6, as the next generation Internet protocol, is supported by most manufacturers, but the deployment speed is very slow. In this paper, we analyze the problems in the actual use of IPv4-IPv6 dual stack in WLAN, find out problems of operating costs, security and user privacy, conclude that IPv4-IPv6 dual stack prevents the transition from IPv4 to IPv6. In order to solve these problems in IPv6 deployment on WLAN, we propose an IPv6-only WLAN structure combined with IVI. Next, we analyze the modules of our structure from the aspects of authentication methods and IP address assignment, choose the most reasonable method, and consider security and user privacy issues. Finally, we deployed our solution on the Tsinghua campus network and provide services to more than 30,000 teachers and students. Our solution helps speed up the deployment of the IPv6 networks.

About this research paper

What this paper is about

IPv6, as the next generation Internet protocol, is supported by most manufacturers, but the deployment speed is very slow. In this paper, we analyze the problems in the actual use of IPv4-IPv6 dual stack in WLAN, find out problems of operating costs, security and user privacy, conclude that IPv4-IPv6 dual stack prevents the transition from IPv4 to IPv6. In order to solve these problems in IPv6 deployment on WLAN, we propose an IPv6-only WLAN structure combined with IVI. Next, we analyze the modules of our structure from the aspects of authentication methods and IP address assignment, choose the most reasonable method, and consider security and user privacy issues. Finally, we deployed our solution on the Tsinghua campus network and provide services to more than 30,000 teachers and students. Our solution helps speed up the deployment of the IPv6 networks.

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Available abstract

IPv6, as the next generation Internet protocol, is supported by most manufacturers, but the deployment speed is very slow. In this paper, we analyze the problems in the actual use of IPv4-IPv6 dual stack in WLAN, find out problems of operating costs, security and user privacy, conclude that IPv4-IPv6 dual stack prevents the transition from IPv4 to IPv6. In order to solve these problems in IPv6 deployment on WLAN, we propose an IPv6-only WLAN structure combined with IVI. Next, we analyze the modules of our structure from the aspects of authentication methods and IP address assignment, choose the most reasonable method, and consider security and user privacy issues. Finally, we deployed our solution on the Tsinghua campus network and provide services to more than 30,000 teachers and students. Our solution helps speed up the deployment of the IPv6 networks.

Key concepts: IPv6, IPv4, Software deployment, Computer science, Computer network, Authentication (law), Computer security, IPv6 address

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