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Mathematics / Network theory / Small-world network / Watts and Strogatz model / Topology / Gnutella / Peer-to-peer / Connectivity / Network science / Graph theory / Networks / File sharing networks


Simulation and Analysis on the Resiliency and Efficiency of Malnets Jun Li University of Oregon Toby Ehrenkranz
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Document Date: 2005-06-16 14:13:20


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File Size: 277,55 KB

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City

San Francisco / /

Company

ACM Press / Service Overlay Networks / IEEE Journal / Intel / /

Country

United States / /

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Facility

University of Oregon / Toby Ehrenkranz University / Malnets Jun Li University / Simon Fraser University / Peter Reiher University of California / University of California / /

IndustryTerm

power-law distribution / overlay networks / file-sharing networks / Internet Relay Chat / content-delivery networks / large networks / worm network / victim systems / stolen software / smallworld network / resilient self-organized overlay networks / malicious networks / interconnection networks / trinoo network / Internet distribution / Internet Technologies / covert communications / distributed denial-of-service attack tool / communication networks / overlay network / application level multicast infrastructure / random networks / /

Organization

University of Oregon / School of Computing Science / Federal Computer Incident Response Center / University of California / Berkeley / Department of Computer Science / University of California / Los Angeles / UCLA Computer Science Department / Simon Fraser University / Harvey Mudd College / /

Person

Xun Kang / Geoff Kuenning Harvey / S. Staniford / V / /

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Position

enemy commander / chair / representative / controller / /

ProvinceOrState

Oregon / California / /

Technology

peer-to-peer / P2P / Operating System / Operating systems / firewall / Simulation / /

URL

http /

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