This paper presents a new robust TCP congestion‐recovery scheme to (1) handle bursty
packet losses while preserving the self‐clocking capability;(2) detect a TCP connection's …

When a TCP sender receives three successive duplicate ACKs indicating a packet loss, loss
differentiation algorithms (LDAs) distinguish wireless losses from congestion losses to …

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 …

Several TCPs have been proposed to cope with the change of networks. They have mainly
focused on modifying congestion control. However, even ideal congestion control for …

Existing TCP recovery schemes for lost packets are not optimised for wireless environments
and consequently are subject to overall performance degradation and channel …

Multipath TCP (MPTCP) has been increasingly adopted in the current and next generation of
mobile wireless networks. MPTCP can exploit multiple wireless links for an application; …

Packet losses increase latency for Web users. Fast recovery is a key mechanism for TCP to
recover from packet losses. In this paper, we explore some of the weaknesses of the …

In order to support the mobility of computers during communication, the transport control
protocol (TCP) connections between fixed host and mobile host often traverse wired and …

It is well known that the performance of TCP deteriorates in a mobile wireless environment.
This is due to the fact that although the majority of packet losses are results of transmission …

In mobile networks such as LTE and 3G, there is a problem in that the transmission control
protocol (TCP) cannot sufficiently utilize network bandwidth and TCP throughput decreases …