Improving TCP performance over Wireless network is critical to enhancing the Quality of
Service of mobile users. However, most conventional approaches can neither discover the …

One of the main reasons for TCP's degraded performance in wireless networks is TCP's
interpretation that packet loss is caused by congestion. However, in wireless networks …

Conventional TCP in wireless environment cannot differentiate packet losses caused by
network congestion from those caused by wireless link errors, thus, resulting in severe …

Research into the performance issues of TCP over wireless networks has been the focus of
much attention in recent years. Specifically, many homes and offices are now fully equipped …

Conventional TCP in wireless environment has a lack of ability to differentiate the packet
losses caused by network congestion from those caused by wireless link error. When the …

TCP traffic may have poor performance over unreliable wireless links if packet losses due to
transmission errors are misinterpreted as indications of network congestion. TCP …

TCP performance over wireless links suffers substantially when packet error rates increase
beyond about 1%-5%. This paper proposes end-end mechanisms to improve TCP …

Many analytical and simulation-based studies of TCP performance in wireless environments
assume an error-free and congestion-free reverse channel that has the same capacity as the …

Traditional TCP performance degrades over lossy links, as the TCP sender assumes that
packet loss is caused by congestion in the network path and thus reduces the sending rate …

CUBIC is widely used as a default TCP variant in android based smart phones and recent
Linux kernels. However, since CUBIC is designed to improve the scalability of TCP over fast …