internal networks / mobile computing experience / widespread wireless networking / large wireless networks / consumer operating systems / Internet worm / Internet Quarantine / wireless environment simulation / wireless advocates / arbitrary networks / wireless connection / protected networks / hypothetical wireless worm / possible solutions / transport protocol / Wireless LAN / Wireless networks / local wireless connections / mobile computing / defense systems / campus-wide wireless environment / normal Internet worms / wireless environments / configured wireless networks / wireless nodes / local wireless networks / large-scale wireless deployment / mobile wireless users / Wireless Local-Area / virus-scanning software / wireless access / search space / susceptible systems / /
Organization
Infection & Defense Everett Anderson Kevin Eustice Shane Markstrum Mark Hansen Peter Reiher Computer Science Computer Science Computer Science Statistics Computer Science University / Dartmouth College / University of California / Los Angeles / /
Person
G. Popek / V / D. Moore / V / Mark Hansen Peter Reiher / S. Staniford / V / /
SNMP / LAN / IP transport protocol / operating systems / WAN / Wi-Fi / wireless access / Java / firewall / mobile computing / cell phones / Simulation / Bluetooth / wireless LAN / /
Mobile Contagion: Simulation of Infection & Defense Everett Anderson Kevin Eustice Shane Markstrum Mark Hansen Peter Reiher Computer Science Computer Science Computer Science