| Document Date: 2005-06-22 14:39:47
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Company Resilient Self-Organizing Overlay Networks / Revere / AMD / United Online / / Country United States / / Currency pence / / / Event Product Issues / / Facility University of Oregon / University of California / / / IndustryTerm hierarchical infrastructure / overlay networks / them to local applications / stub-domain router transit-domain router / Internet-scale computer network / heavy overlay management / measured processing latency / server systems / Internet-scale number / redundant overlay network / trust management / content delivery networks / recursive search / sound security solution / threeway-handshake protocol / design technology / stubdomain router / Event notification services / topology server / overlay network / decentralized node-to-node trust management / / Organization University of Oregon / Department of Computer and Information Science / Computer Science Department / University of California / Los Angeles / / Person Attach Req / Jun Li / Locate / Gerald Popek / Fig / Peter L. Reiher / C. Revere / / / Position Private / / Product Thunderbird 1.333 GHz CPU / nodes / links / public key / / ProgrammingLanguage Java / / ProvinceOrState California / / Technology stubdomain router / threeway-handshake protocol / design technology / private key / UDP / Dijkstra algorithm / Encryption / Ethernet / cryptography / 2=0.878 stub-domain router transit-domain router / public key / Java / signing algorithm / firewall / Peer-to-peer technology / http / caching / SDRAM / digital signature / flash / protected using RSA-based public key cryptography / be calculated using the Dijkstra algorithm / signed using the broken private key / /
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JSAC Paper #Resilient Self-Organizing Overlay Networks for Security Update Delivery