TCP is currently the most widely used Internet transmission protocol, which is extensively
applied to applications on the Internet to enable reliable data transmission. The TCP …

As wired/wireless networks become more and more complex, the fundamental assumptions
made by many existing TCP variants may not hold true anymore. In this paper, we develop a …

Numerous applications on the web use transmission control protocol (TCP) as a transport
protocol to ensure efficient and fair sharing of network resources among users. With the …

In a mixed wireless and wired network environment, packet loss can be caused by various
types of due to network congestion as well as wireless errors. However, existing TCP …

Conventional TCP end-to-end Congestion Control approaches cannot be applied directly to
heterogeneous wireless networks as TCP is unable to distinguish the reason for the packet …

In the past few decades, many Transmission Control Protocol (TCP) congestion control
algorithms have been investigated to meet the growing network demands and to enhance …

In this paper, we aim to propose a novel transmission control protocol (TCP) congestion
control method from a cross-layer-based perspective and present a deep reinforcement …

Congestion is more prevalent in wireless networks due to the unique challenges and
limitations of the present wireless technology. With the increasing demand for high …

5G and beyond delivers high data throughput, in turn, requiring proactive mechanism in core
and Radio Access Network (RAN) fast path for delivering congestion feedback to …

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 …