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Finding Optimal Marking Probability to Reduce Convergence Time
By: Miao Ma; Tsang, D.H.K.;
2007 / IEEE / 978-1-4244-1008-8
Description
This item was taken from the IEEE Conference ' Finding Optimal Marking Probability to Reduce Convergence Time ' On IP traceback, it is important to reduce the minimum number of packets required for path reconstruction (i.e., convergence time) for a probability packet marking (PPM) scheme. In this paper, we study the impact of the marking probability on the convergence time for Tabu Marking Scheme (TMS) and obtain its optimal marking probability. Both numerical and simulation results show that, the convergence time of TMS can be significantly reduced by using optimal marking probability. Moreover, the convergence time of TMS is robust subject to the deviation of the marking probability from the optimal one.
Related Topics
Ip Networks
Probability
Search Problems
Telecommunication Security
Telecommunication Traffic
Internet Traffic
Optimal Probability Packet Marking Scheme
Ip Traceback
Tabu Marking Scheme Convergence
Distributed Denial-of-service Attack
Information Filtering
Information Filters
Internet
Numerical Simulation
Convergence Of Numerical Methods
Robustness
Security
Measurement
Sampling Methods
Convergence Time
Network Security
Ip Traceback
Distributed Denial-of-service Attacks
Tabu Marking Scheme
Internet
Transport Protocols
Engineering
Computer Crime