| Document Date: 2003-02-13 11:39:15
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Company Rocketfuel / Yahoo / Microsoft / / Country Italy / United States / / / Facility By building / Stanford University / stable BGP / stable Border Gateway Protocol / / IndustryTerm Internet server / hop-count inspection algorithm / end-systems / campus network / stub network / victim server / Internet servers / Internet services / simplest solution / resource management / good and deployable solution / Internet experiments / proactive solution / inspection algorithm / zombie site / source address validity enforcement protocol / stub networks / Internet routing infrastructure / web servers / resource accounting / packet processing / Internet hosts / physical networks / on-line access / on-line filtering / Internet Web servers / web server / recent Internet / distributed attacking tools / busy site / Internet Map / / OperatingSystem Unix / Linux / DoS / BSD / Microsoft Windows / / Organization Stanford University / / Person Kang G. Shin / Filtering Recent / Trinity / / Position resource manager / / ProvinceOrState Manitoba / / SportsLeague Stanford University / / Technology source address validity enforcement protocol / Linux / Unix / IP router / operating systems / inspection algorithm / IP protocol / PDF / underlying routing algorithms / IP routers / remarkably stable Border Gateway Protocol / 2 3.2 Inspection Algorithm / hop-count inspection algorithm / web server / / URL net.yahoo.com / cpcug.org / /
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Hop-Count Filtering: An Effective Defense Against Spoofed Traffic Cheng Jin Haining Wang Kang G. Shin [removed], hxw,kgshin @eecs.umich.edu Abstract