Abstract
HDSL: A Hybrid Distributed Single-packet Low-storage IP Traceback Framework. (Dept. E)
Highlights
There is no doubt that many Distributed Denial of Service (DDoS) attacks have been reported daily all over the world, these attacks aim to hinder legitimate users from accessing a corporation services or resources, resulting in a revenue loss
All introduced packet marking mechanisms aim to encode path information represented by edge router's IP addresses or identifiers inside the header of routed packets as they traverse from their source to destination
A new Hybrid Distributed Single-packet Low-storage (HDSL) IP Traceback Framework is presented. It is mainly based on the marking mechanisms in [28, 37], and the logging mechanisms in [26, 38] utilizing the 16-bit identification field in the packet's header. 4-bits is defined for the Logging Flag (LF) part for packet logging, and 12-bit to hold the path identifiers of the Deterministic Packet Marking (DPM)
Summary
There is no doubt that many DDoS attacks have been reported daily all over the world, these attacks aim to hinder legitimate users from accessing a corporation services or resources, resulting in a revenue loss. Research community spent a lot of time and effort developing various DDoS attacks combating mechanisms before, during and after they take place, identifying the pros and cons of each The majority of these mechanisms could be grouped into three main categories, packet marking [6,7,8], packet logging [9, 10], and ICMP Traceback [11,12,13]. Internet Control Message Protocol (ICMP) Traceback or (ITrace) mechanisms, the routers along the attacking path probabilistically send traceback messages generated for some packets. These traceback messages are later collected to reconstruct the attacking path.
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