| Document Date: 1999-11-05 00:00:00
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City Proposed Immunity / / Company Computer Immune Systems / / / Facility Computer Science Mathematical Sciences Department The University of Memphis Memphis / University of New Mexico / / IndustryTerm negativeselection algorithm / visualization tools / built-in tools / negative-selection algorithm / information processing capabilities / computer security systems / user applications / proposed negative-selection algorithm / natural immune systems / agent software toolkit / updated software systems / on-line system / software/programs use / computing / negative selection algorithm / real-time monitoring / natural systems / software architecture / networked computing activities / autonomous agent systems / target network / local software/hardware configuration / / OperatingSystem UNIX / DOS / / Organization University of Memphis Memphis / University of New Mexico / General Framework Dipankar Dasgupta Division / / Person Stephanie Forrest / Framework Dipankar Dasgupta / / / Position signature extractor / security manager / / ProgrammingLanguage Java / / ProvinceOrState New Mexico / / Technology negativeselection algorithm / negative selection algorithm / Java / proposed negative-selection algorithm / UNIX / antibodies / virtual memory / operating systems / negative-selection algorithm / GUI / /
SocialTag |
Immunity-Based Intrusion Detection System: A General Framework Dipankar Dasgupta Division of Computer Science Mathematical Sciences Department The University of Memphis