A new tuning maximum congestion window for improving TCP performance in MANET
K.W. Kim, Pascal Lorenz, M.M.O. Lee
Abstract
K.W. Kim, Pascal Lorenz, M.M.O. Lee
Abstract
In terms of improving TCP performance in Mobile Ad Hoc-NETwork (MANET), it is well known that small congestion window size of TCP connection improves TCP performance. We propose a new TCP algorithm to improve TCP performance in MANET. The basic idea of our approach is that TCP receiver estimates the optimum window size and then sets congestion window limit to an optimal value by the advertised window. It is found that our algorithm, using ns-2 simulator, improves TCP performance up to 60% in various topologies in MANET.
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In terms of improving TCP performance in Mobile Ad Hoc-NETwork (MANET), it is well known that small congestion window size of TCP connection improves TCP performance. We propose a new TCP algorithm to improve TCP performance in MANET. The basic idea of our approach is that TCP receiver estimates the optimum window size and then sets congestion window limit to an optimal value by the advertised window. It is found that our algorithm, using ns-2 simulator, improves TCP performance up to 60% in various topologies in MANET.
Key concepts: TCP tuning, Zeta-TCP, TCP global synchronization, TCP acceleration, Computer science, TCP Friendly Rate Control, H-TCP, TCP Westwood plus