Result Details
Experience with High-Speed Automated Application-Identification for Network-Management
AtoZ, an automatic traffic organizer, provides control of hownetwork-resources are used by applications. It does this by combiningthe high-speed packet processing of the NetFPGA with an efficientmethod for application-behavior labeling. AtoZ can control networkresources by prohibiting certain applications and controlling theresources available to others. We discuss deployment experience and usereal traffic to illustrate how such an architecture enables severaldistinct features: high accuracy, high throughput, minimal delay, andefficient packet labeling - all in a low cost, robust configurationthat works alongside the enterprise access-router.
application, identification, cache, management
AtoZ, an automatic traffic organizer, provides control of how network-resources are used by applications. It does this by combining the high-speed packet processing of the NetFPGA with an efficient method for application-behavior labeling. AtoZ can control network resources by prohibiting certain applications and controlling the resources available to others. We discuss deployment experience and use real traffic to illustrate how such an architecture enables several distinct features: high accuracy, high throughput, minimal delay, and efficient packet labeling - all in a low cost, robust configuration that works alongside the enterprise access-router.
@inproceedings{BUT34287,
author="Marco {Canini} and Wei {Li} and Martin {Žádník} and Andrew {Moore}",
title="Experience with High-Speed Automated Application-Identification for Network-Management",
booktitle="Proceedings of the 5th ACM/IEEE Symposium on Architectures for Networking and Communications Systems",
year="2009",
pages="209--218",
publisher="Association for Computing Machinery",
address="Princeton",
isbn="978-1-60558-630-4"
}