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Title |
Time Critical Intrusion Detection System |
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Author |
T.P.Saravanabavaa, P.Narayanasamyb |
| Citation |
Vol. 8 No. 12 pp. 7-18 |
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Abstract |
Communication system to support real-time system must provide transparent protection, better adaptation to changing environments, assured availability of critical services, timing and performance guarantees and the protection against disruption through naturally occurring events or malicious attack. Most of the thrust in today’s IDS research is focused on accurate detection of attacks. Time critical real-time application demands the detection of attacks at a minimal, uniform and predictable time. This paper analysed, designed and implemented a parallel implementation of intrusion detection rules learned using RIPPER algorithm. We tested its performance using KDD CUP 1999 intrusion detection data. Obtained accuracy and time performance were analysed. |
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Keywords |
Intrusion Detection, Real-time applications, RIPPER |
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