LOW RATE DENIAL OF SERVICE (LDoS) ATTACK DETECTIONGIAP Journals, 04/08/2013 The detection of Low rate Denial of Service (LDoS) Attack is very much necessary in today’s scenario where world is coming closer and systems are prone to more attacks. This book comprises of various techniques currently available for detecting Low rate Denial of Service attacks and compares them on various parameters.Experimental results are provided to support the effectiveness and efficiency of proposed mechanism.
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المحتوى
Introduction | 1 |
Experimental Setup and Results | 4 |
Comparison with the existing LdoS Detection Mechanisms | 21 |
عبارات ومصطلحات مألوفة
Active Queue Management application layer attack detection attack machines attack period attack traffic average traffic bandwidth buffer cache queue Chapter Computer congestion control current Time Slot database DDoS defence systems Denial of Service Depends Depends Depends Detection Method discarded packets Drawbacks Dynamic Detection Edge Router effective existing infrastructure existing LDoS detection existing routers Experimental Setup feature extraction Filtering Goto step HAWK hop-count IEEE implement input port Intrusion detection system Java Jpcap LDoS attack LDoS Detection mechanism legitimate traffic legitimate users libpcap lightweight Low rate Denial low-rate attack memory Monitoring Netbeans Network traffic Data number of discarded number of packets number of timeouts overhead overhead Packet Inter-arrival parameters pcap performance proposed mechanism proposed system Random Early Detection rate DoS attack real-time router needs RTO In Seconds Scalable scenario self-similar server service attacks square wave target router TCP flow Thread threshold timeslot today’s TSTo various LDoS Detection WinPcap