2009•Jisuanji yingyong yanjiuRequires access

Routing worm propagation model in IPv6 networks

Huafeng Li

Open publisher page 5 citations

Abstract

In order to understand that IPv6 network has potential capacity against worms,presented a new type of worm,RoutingWorm-v6 in IPv6 network.In IPv6 network environment,this paper analyzed the scanning strategy of RoutingWorm-v6,and established Two-Factor model for simulating the propagation of RoutingWorm-v6.The results of simulation experiment show that IPv6 network can defend against routing worms due to its huge address space.It is impossible that routing worms propagate in IPv6 network.Internet worm will use mixed scanning strategy.

About this research paper

What this paper is about

In order to understand that IPv6 network has potential capacity against worms,presented a new type of worm,RoutingWorm-v6 in IPv6 network.In IPv6 network environment,this paper analyzed the scanning strategy of RoutingWorm-v6,and established Two-Factor model for simulating the propagation of RoutingWorm-v6.The results of simulation experiment show that IPv6 network can defend against routing worms due to its huge address space.It is impossible that routing worms propagate in IPv6 network.Internet worm will use mixed scanning strategy.

Why it matters

OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

In order to understand that IPv6 network has potential capacity against worms,presented a new type of worm,RoutingWorm-v6 in IPv6 network.In IPv6 network environment,this paper analyzed the scanning strategy of RoutingWorm-v6,and established Two-Factor model for simulating the propagation of RoutingWorm-v6.The results of simulation experiment show that IPv6 network can defend against routing worms due to its huge address space.It is impossible that routing worms propagate in IPv6 network.Internet worm will use mixed scanning strategy.

Key concepts: IPv6, Computer science, Computer network, Address space, Routing (electronic design automation), Distributed computing, The Internet, Computer security

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