Automatic detection and prevention of distributed denial of service using dynamic path identifiers

Abstract

Nowadays, here are increasing interests with Path Identifiers (PIDs) as intermediary domain path items. Though, in previous used path identifier are still fixed, and the path identifiers used in previous methods are static, it is actually easy for Hackers to attack data and provide a Distributed Denial of Service overflowing attack. Here we are offering one of the implementation with the design and calculation of Distributed Path Identifiers to solve above given problem. One of the method that uses PIDs exchanged among neighboring fields and inter- domain routing items. Path identifiers inter domain path have a connection between two domains are it Keeps privacy and turns energetically. We define in depth how to discuss about PIDs interaction domains, how to keep Communications issued when the PIDs changes. We build 42 nodes Prototype is included in six domains to ensure the possibility of D-PID And simulate and evaluate its effectiveness Costs. Simulation and experiments show results for both That Distributed-PID can successfully avoid the DDoS attacks.