Transmission control protocol (TCP) is a main transport layered communication protocol and
works very well with wired networks where bit error rate is very low and the main cause of …

Network congestion and random errors of wireless link are two well-known noteworthy
parameters which degrade the TCP performance over heterogeneous networks. We put …

Recently, the use of Internet Protocol has rapidly expanded beyond the Internet, as
evidenced, for example, by the construction of the next-generation network, empowering …

To tackle the major problem of traditional TCP in wireless network, an end-to-end
congestion control algorithm (TSBCC) is proposed based on time series. The algorithm …

One of the major issues facing TCP (Transmission Control Protocol) when implemented in
802.11 wireless networks is that it doesn't adapt its RTO (retransmission timeout) to sudden …

Many mobile devices are usually equipped with multiple interfaces, providing the
opportunity of using multipath transport protocols such as Multipath TCP (MPTCP) to boost …

Cellular networks are continuously evolving to allow improved throughput and low latency
performance for applications. However, it has been shown that, due to buffer over …

Loss-based congestion control of TCP, which was designed for the wired environment in the
past, has a performance degradation in wireless environments where channel errors occur …

ABSTRACT TCP Westwood (TCPW) is a sender-side only modification of TCP Reno
congestion control that exploits an end-to-end bandwidth estimation mechanism to set the …

TCP congestion control is essential for improving performance of data transfer. Traditional
TCP congestion control algorithm is designed for the wired network with the assumptive goal …