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 …

Mobile media streaming is envisioned to become an important service over packet-switched
2.5 G and 3G wireless networks. At the same time, TCP-friendly rate-adaptation behavior for …

We present ctrlTCP, a method to combine the congestion controls of multiple TCP
connections. In contrast to the previous methods such as the Congestion Manager, ctrlTCP …

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 …

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 …

In spite of the advances in mobile networks, most mobile data plans impose a fixed monthly
data quota, beyond which the attainable bandwidth is explicitly limited to a much lower data …

In general, TCP sender will take all the packet losses as congestion caused and reduce the
packet sending rate to avoid the worsening of network condition. In multihop wireless …

In recent years, many different kinds of wireless access networks have been deployed and
become inseparable parts of the Internet. But TCP, the most widely used transport protocol …

Knowledge of the queue length and link buffer size of the bottleneck link has many potential
applications such as congestion control, traffic engineering, traffic policing, content …

Multipath TCP (MPTCP) utilizes multiple paths for simultaneous data transmission to
enhance performance. However, existing MPTCP protocols are still far from satisfactory in …