Characterization of Extremely Lightweight Intrusion Detection (ELIDe) Power Utilization by Varying N-gram and Hash Length

This document presents the results of the power-utilization and packet-loss study for the Extremely Lightweight Intrusion Detection (ELIDe) algorithm on an Android-based mobile device. Our results show that N-gram length has consistent power utilization using the range of 7-12 bits. However, if the...

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Hauptverfasser:	Payer, Garrett S, Yu, Ken F, Harang, Richard E
Format:	Report
Sprache:	eng
Schlagworte:	ALGORITHMS ANDROID OPERATING SYSTEMS BANDWIDTH COMMUNICATIONS TRAFFIC COMPUTER NETWORK SECURITY Computer Programming and Software COMPUTER PROGRAMS Computer Systems Management and Standards COMPUTER VIRUSES Electric Power Production and Distribution ELIDE(EXTREMELY LIGHTWEIGHT INTRUSION DETECTION) ENERGY CONSUMPTION INFORMATION ASSURANCE INTRUSION DETECTION(COMPUTERS) LOW BANDWIDTH LOW-POWER DEVICES MALICIOUS PACKETS MOBILE COMPUTING N-GRAMS NETWORK ARCHITECTURE NETWORK TRAFFIC OPERATING SYSTEMS(COMPUTERS) PACKET LOSS PACKET SWITCHING PERFORMANCE(ENGINEERING) POWER UTILIZATION Radio Communications VECTOR ANALYSIS WIRELESS COMMUNICATIONS
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Beschreibung
Zusammenfassung:	This document presents the results of the power-utilization and packet-loss study for the Extremely Lightweight Intrusion Detection (ELIDe) algorithm on an Android-based mobile device. Our results show that N-gram length has consistent power utilization using the range of 7-12 bits. However, if the hash length is higher than 13, it will have a drastic effect on the power utilization due to the resulting increase in computational time. The original document contains color images.