Leveraging Trust / Cambridge University Press / eBay / Online Social Networks / YouTube / Facebook / S&P / /
Country
United Kingdom / /
Currency
USD / / /
Facility
Northeastern University / College of Computer / building Sybil / Max Planck Institute / Karlsruhe Institute of Technology / /
IndustryTerm
precise algorithms / detection systems / collaboration networks / auction systems / scientific collaboration networks / real-world network / social networking sites / trust networks / transitive trust protocols / communication systems / real-world networks / power-law node degree distributions / web-scale graphs / social graph/credit network / trust network / external social network / in-range portable devices / graph algorithms / tolerance systems / social networking services / software development / Approximation algorithms / defense systems / identity-based social systems / ticket distribution algorithm / background on credit networks / computer systems / suspicious devices / web-based and distributed systems / realworld networks / large credit networks / social-network / large-scale real-world social networks / real-world social networks / identical network / e - commerce / social networks / real social networks / static network / social network / graph analysis algorithms / credit network / detection protocol / electronic commerce / /
Organization
Cambridge University / Northeastern University Boston / Max Planck Institute for Software Systems / IMC / Institute of Technology / College of Computer and Information Science / /
Person
Peter Druschel / Sybil Nodes / Krishna P. Gummadi / Sybil Attacks / Allen Clement / Sybil Defenses / Alan Mislove / /
Position
system designer / voter and vote collector / vote collector / model of Sybil / transactions The system designer / /
Exploring the design space of social network-based Sybil defenses Bimal Viswanath∗, Mainack Mondal∗ , Allen Clement∗, Peter Druschel∗, Krishna P. Gummadi∗ , Alan Mislove†, and Ansley Post∗ ∗ Max