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Topology-assisted deterministic packet marking for IP traceback by Xiao-jing WANG; Xiao-yin WANG is a Computer Science article available to read on EtoBox.

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A novel deterministic packet marking (DPM) for IP traceback against denial of service (DoS) and distributed denial of service (DDoS) attacks is presented, which features good scalability and high accuracy. In this scheme, an ingress router pre-calculates a Hash of its IP address and splits the Hash into several fragments. When marking a packet, the router randomly selects a fragment to mark into the packet. In the traceback stage the victim identifies the marked router with the help of the map of its upstream routers. Based on the map, the victim can identify a candidate ingress router after receiving only several marked packets. The scheme overcomes defects in previous deterministic packet marking schemes, where too much packets are required to recover a router and high false positive rate occurs in case of large-scale DDoS. Theoretical analysis, the pseudo code and experimental results are provided. The scheme is proved to be accurate and efficient and can handle large-scale DDoS attacks.

Who reads Topology-assisted deterministic packet marking for IP traceback?

Author

Xiao-jing WANG; Xiao-yin WANG

Publisher

Chinese Electronic Periodical Services; Elsevier ; Beijing University of Posts and Telecommunications; Elsevier BV (ISSN 1005-8885)

Published

2010

Language

EN

Field

Computer Science (Physical Sciences)