The global mobile traffic is exponentially growing and more than 90% of the Internet traffic
uses Transmission Control Protocol (TCP) for reliable transmission. However, TCP is known …

The worldwide mobile traffic is growing rapidly and more than 90% of the internet traffic
relies on the Transmission Control Protocol (TCP) protocol, which is known to have a poor …

The global mobile traffic is growing exponentially, and currently more than 90 percent of the
internet traffic depends on TCP for reliable transmission. However, it is well known that TCP …

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 …

The poor performance of TCP in wireless networks is a well-known problem, and a large
amount of research effort has been devoted to it. However, our own experiments show that …

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; …

Applications are typically offered a single, generic option for end-to-end transport, which
most commonly consists of the particular flavor of TCP that runs in the server host. This …

Proposition assumed by the TCP protocol that any packet loss is due to network congestion,
is no longer suitable for wireless networks, because TCP poorly fulfills its role in such …

The TCP was originally designed for wired networks, assuming transmission errors were
negligible. Actually, any acknowledgment time‐out unconditionally triggers the congestion …

Multipath TCP (MPTCP) is an evolvable technology for bandwidth aggregation on a mobile
device. MPTCP naturally and concurrently exploits wireless links via different interfaces (ie …