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Data Analysis of Simulating BGP Route Stability

Yuan Gao

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Abstract

The border gateway protocol (BGP) is the inter-domain dynamic routing protocol used to exchange reach ability information between autonomous system in the Internet. The policy-based configuration of the BGP will cause route oscillations, which can give rise to global routing anomalies.This paper presents a one-year study of the effect that BGP policies have on the route stability and the BGP convergence properties and analyses the simulated data of a classical model of three nodcs.Our analysis shows that the convergence time or/and the number of routing update packets is interrelated with a proper miniannounce-time in the BGP policies and a large delay-time in the link.

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What this paper is about

The border gateway protocol (BGP) is the inter-domain dynamic routing protocol used to exchange reach ability information between autonomous system in the Internet. The policy-based configuration of the BGP will cause route oscillations, which can give rise to global routing anomalies.This paper presents a one-year study of the effect that BGP policies have on the route stability and the BGP convergence properties and analyses the simulated data of a classical model of three nodcs.Our analysis shows that the convergence time or/and the number of routing update packets is interrelated with a proper miniannounce-time in the BGP policies and a large delay-time in the link.

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Available abstract

The border gateway protocol (BGP) is the inter-domain dynamic routing protocol used to exchange reach ability information between autonomous system in the Internet. The policy-based configuration of the BGP will cause route oscillations, which can give rise to global routing anomalies.This paper presents a one-year study of the effect that BGP policies have on the route stability and the BGP convergence properties and analyses the simulated data of a classical model of three nodcs.Our analysis shows that the convergence time or/and the number of routing update packets is interrelated with a proper miniannounce-time in the BGP policies and a large delay-time in the link.

Key concepts: Border Gateway Protocol, Default-free zone, Computer science, Routing protocol, Convergence (economics), Computer network, Routing (electronic design automation), Network mapping

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