From the very beginning of the Internet, transport layer protocol TCP is generally not used for
multimedia applications because it is optimized to provide reliable delivery of all data, rather …

Current TCP is very inefficient for web services. Web transactions are often very short-lived.
TCP flow starts with a conservative initial congestion window (IW), which causes multiple …

We propose a new way of implementing transport protocols. Instead of building the whole
sender/receiver functionality as one piece, the sender functionality is split into three …

We present a novel approach for scalable network acceleration. The architecture uses
limited hardware support and preserves protocol processing flexibility, combining the …

Conventional TCP fails to achieve optimal TCP performance since it does not handle well
the loss of retransmitted segments, generated by the fast retransmit algorithm and the …

Recently many works have been invested to overcome the low performance of TCP in
wireless environments. These proposals are hardly adaptable in real networks due to high …

Transmission Communication Protocol (TCP) is responsible for reliable transferring of heavy
traffic of data over the Internet. Congestion control is one of the main challenges for TCP in …

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 …

This paper proposes an improvement to the TCP ramp up behavior in slow-start. Current
implementations of the TCP start-up procedure may result in an exponential growth of the …

Now a day's use of wireless networks for access the Internet is increasing. It shows that use
of the main transport layer protocol TCP will be increase in near future. The traditional TCP …