The paper suggests how to design intrusion detection systems as native artificial immune systems based on a strong definition of self and non-self system components. To illustrate the proposed approach, the paper presents NAIS (Native Artificial Immune System), a network intrusion detection system that mimics the behavior of the native immune system by running a number of macrophage processes, which search and kill non-self processes on a computer network.
NAIS : Intrusion Detection via Native Immune Systems / A. Pagnoni, A. Visconti - In: Communications, Information Technologies and Computing : Proceedings of the 10. International Conference on Cybernetics and Information Technologies, Systems and Applications, CITSA04 / H.W. Chu et al.. - [s.l] : CITSA, 2004. - ISBN 980-6560-19-1. (( Intervento presentato al 10. convegno International Conference on Cybernetics and Information Technologies, Systems and Applications nel 2004.
NAIS : Intrusion Detection via Native Immune Systems
A. PagnoniPrimo
;A. ViscontiUltimo
2004
Abstract
The paper suggests how to design intrusion detection systems as native artificial immune systems based on a strong definition of self and non-self system components. To illustrate the proposed approach, the paper presents NAIS (Native Artificial Immune System), a network intrusion detection system that mimics the behavior of the native immune system by running a number of macrophage processes, which search and kill non-self processes on a computer network.Pubblicazioni consigliate
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