Experimental evaluation of TCP performance in multi-hop wireless ad hoc networks
A Gupta, I Wormsbecker… - The IEEE Computer …, 2004 - ieeexplore.ieee.org
A Gupta, I Wormsbecker, C Wilhainson
The IEEE Computer Society's 12th Annual International Symposium on …, 2004•ieeexplore.ieee.orgThe paper presents experimental measurements of TCP bulk data transfer performance in a
multi-hop wireless ad hoc network environment. The paper first studies how TCP throughput
is affected by AODV routing, user mobility, and the number of hops traversed in the network.
The paper then studies the effectiveness of rate-based pacing (RBP) of TCP packets in
improving TCP throughput. Contrary to prior simulation results in the networking literature,
our measurement results show no performance advantages for RBP TCP in our …
multi-hop wireless ad hoc network environment. The paper first studies how TCP throughput
is affected by AODV routing, user mobility, and the number of hops traversed in the network.
The paper then studies the effectiveness of rate-based pacing (RBP) of TCP packets in
improving TCP throughput. Contrary to prior simulation results in the networking literature,
our measurement results show no performance advantages for RBP TCP in our …
The paper presents experimental measurements of TCP bulk data transfer performance in a multi-hop wireless ad hoc network environment. The paper first studies how TCP throughput is affected by AODV routing, user mobility, and the number of hops traversed in the network. The paper then studies the effectiveness of rate-based pacing (RBP) of TCP packets in improving TCP throughput. Contrary to prior simulation results in the networking literature, our measurement results show no performance advantages for RBP TCP in our experimental scenarios.
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