The traditional TCP congestion control scheme often yields limited performance due to its
conservative Slow Start algorithm, which can require many round-trip times to reach an …

In a TCP/IP network, a key to ensure efficient and fair sharing of network resources among
its users is the TCP congestion control (CC) scheme. Previously, the design of TCP CC …

We describe FAST TCP, a new TCP congestion control algorithm for high-speed long-
latency networks, from design to implementation. We highlight the approach taken by FAST …

We use a stochastic model to study the throughput performance of various transport control
protocol (TCP) versions (Tahoe (including its older version that we call OldTahoe), Reno …

Understanding, measuring, and debugging IP networks, particularly across administrative
domains, is challenging. One particularly daunting aspect of the challenge is the presence of …

Multipath TCP enables remarkable optimizations for throughput, load balancing, and
mobility in today's networks. The design space of Multipath TCP scheduling, ie, the …

An aggregate congestion control mechanism, namely Probe-Aided MulTCP (PA-MulTCP), is
proposed in this paper. It is based on MulTCP, a proposal for enabling an aggregate to …

With the aid of multipath transport protocols, a multihomed host can shift some of its traffic
from more congested paths to less congested ones, thus compensating for lost bandwidth …

One of the main goals of multipath TCP (MPTCP) is to achieve higher throughput than
regular TCP by utilizing multiple paths simultaneously. When these paths share a common …

Transport protocols that can exploit multiple paths, especially MPTCP, do not match the
requirements of video streaming: high average transmission delay, too strict reliability, and …