University of Wisconsin Tarpit Network Slammer's Scanning Rate Per Worm / University of Wisconsin Tarpit Network / University of Wisconsin / /
IndustryTerm
Internet Measurement Workshop / Internet topology / Internet worm / Internet propagation / intrusion detection systems / Internet spread / defense technology / INTERNET SPREAD Slammer / Internet address space / larger defense systems / Internet core / Internet Scanning Rate Millions / model large-scale Internet phenomena / Internet topology model / infectible systems / Internet worm dynamics / model largescale Internet phenomena / vulnerable systems / susceptible systems / Internet-scale events / Internet scanning rate / /
Organization
Cambridge University / University of oregon / National Science Foundation / University of Wisconsin Tarpit Network Slammer / University of Wisconsin / /
Person
N. Weaver / V / Vinod Yegneswaran / S. Staniford / V / Nicholas Weaver∗ Ihab Hamadeh / Colleen Shannon / David Moore / George Kesidis‡ Vern Paxson / Slammer / Abhishek Kumar / Paul Barford / D. Moore / V / /
Position
homogeneous cluster model / heterogeneous cluster model / first model of Slammer / refined model of Internet topology / mathematical model for Code Red / General / second model for Slammer / Homogenious Cluster Model / model / /
Preliminary Results Using Scale-Down to Explore Worm Dynamics Nicholas Weaver∗ Ihab Hamadeh†