Performance Analysis of ACO-based IP Traceback

Performance Analysis of ACO-based IP Traceback

The Internet has experienced a tremendous expansion in its size and complexity since its commercialization. Internet hosts are threatened by large-scale Distributed Denial-ofService (DDoS) attacks in the network. DDoS attacks typically rely on compromising a large number of hosts to generate traffic to a single destination node. Thus the severity of DDoS attacks will likely increase to the poss...

Internet Deployment of DPM-based IP Traceback

1 In this article, we introduce the Internet deployment guidelines for Deterministic Packet Marking (DPM) – a novel IP traceback method. Unlike other packet marking schemes, DPM cannot be deployed sporadically on the Internet. Therefore, in order to perform the traceback, a structured way of deployment is needed. Related to topology and deployment issues, discussion comparing the features of ot...

On IP Traceback

Taxonomy of IP Traceback

The internet is constantly plagued with various kinds of security threats amongst which Denial of Service (DoS) constitutes a huge umbrella of potent attacks. It’s very important to understand the intricacies constituting these attacks and countermechanisms that exist in the literature. The best antidote to deal with these attacks would be to fix the problem at its root by identifying the sourc...

IP traceback based on chinese remainder theorem

IP traceback is a defense method to help a victim to identifying the sources of attacking packets. In this paper, we propose an IP traceback method based on the Chinese Remainder Theorem to require routers to probabilistically mark packets with partial path information when packets traverse routers through the Internet. The routers with the proposed IP traceback method can interoperate seamless...