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Deployment and scalability of an inter-domain multi-path routing infrastructure

Cyrill Krähenbühl, Seyedali Tabaeiaghdaei, Christelle Gloor, Jonghoon Kwon, Adrian Perrig, David Hausheer, Dominik Roos

202125 citationsDOI

Abstract

Path aware networking (PAN) is a promising approach that enables endpoints to participate in end-to-end path selection. PAN unlocks numerous benefits, such as fast failover after link failures, application-based path selection and optimization, and native interdomain multi-path. The utility of PAN hinges on the availability of a large number of high-quality path options. In an inter-domain context, two core questions arise. Can we deploy such an architecture natively in today's Internet infrastructure without creating an overlay relying on BGP? Can we build a scalable multi-path routing system that provides a large number of high-quality paths?

Topics & Concepts

FailoverComputer scienceScalabilityComputer networkDistributed computingPath (computing)Routing (electronic design automation)The InternetSoftware deploymentEqual-cost multi-path routingContext (archaeology)Border Gateway ProtocolOverlay networkQuality of serviceRouting protocolStatic routingWorld Wide WebDatabaseBiologyOperating systemPaleontologySoftware-Defined Networks and 5GNetwork Traffic and Congestion ControlCaching and Content Delivery
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