Jan 6, 2009 · In ad hoc networks, the spatial reuse property limits the number of packets which can be spatially transmitted over a path.
Jan 6, 2009 · In ad hoc networks, the spatial reuse property limits the number of packets which can be spatially transmitted over a path.
In ad hoc networks, the spatial reuse property limits the number of packets which can be spatially transmitted over a path. In standard Transmission Control ...
In ad hoc networks, the spatial reuse property limits the number of packets which can be spatially transmitted over a path. In standard Transmission Control ...
To solve these problems, in this paper, we propose an efficient contention window control (ECWC) scheme to increase TCP performance in wireless multi-hop ...
Missing: mitigating | Show results with:mitigating
TCP performance in contention-based multi-hop wireless networks is shaped by two main factors, which are unlike the wired network case. First, the maximum ...
Missing: mitigating | Show results with:mitigating
We show that, in high mobility, the goodput of a TCP session can be improved by as much as 75% at light loads (when there is only one TCP session in the network) ...
Missing: mitigating | Show results with:mitigating
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Why does TCP not perform well in ad hoc wireless networks?
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This paper focuses on enhancement of the performance of TCP over Ad Hoc Networks that uses the IEEE 802.11 MAC protocol. Two approaches where adopted; the first ...
In [7, 14], dual busy tone channels are used to alleviate the hidden terminal problem for unicast data transmission, and the false link failure problem is ...
Persistent MAC can significantly reduce the loss in scenarios with low mobility, in which contention- induced link failures dominate. There is no improvement ...
Missing: mitigating | Show results with:mitigating