TCP performance degrades significantly in mobile ad hoc networks because most of packet
losses occur as a result of route failures. Prior work proposed to provide link failure feedback …

Mobility in ad hoc networks causes frequent link failures, which in turn causes packet losses.
TCP attributes these packet losses to congestion. This incorrect inference results in frequent …

Ad hoc networks are completely wireless networks of mobile hosts, in which the topology
rapidly changes due to the movement of mobile hosts. This frequent topology change may …

Mobility in ad hoc networks causes link failures, which in turn result in packet losses. TCP
attributes these losses to congestion. This results in frequent TCP retransmission timeouts …

In a Mobile Ad Hoc Network (MANET), temporary link failures and route changes happen
frequently. With the assumption that all packet losses are due to congestion, TCP performs …

Mobile ad hoc networks have gained a lot of attention lately as a means of providing
continuous network connectivity to mobile computing devices regardless of physical …

Reliable data transmission over wireless multi-hop networks, called ad hoc networks, has
proven to be non-trivial. TCP (Transmission Control Protocol), a widely used end-to-end …

In this paper, we study the performance of the transmission control protocol (TCP) over
mobile ad‐hoc networks. We present a comprehensive set of simulation results and identify …

Mobile ad hoc networks have gained a lot of attention lately as a means of providing
continuous network connectivity to mobile computing devices regardless of physical …

Earlier studies have shown that TCP suffers from performance degradation over mobile ad
hoc networks due to poor wireless channel characteristics and host mobility. This paper …