… Analysis of the increase and decrease algorithms for congestion avoidance in computer …
TCP-Illinois: A loss-and delaybased congestion control algorithm for high-speed networks. …

… theory to develop an explicit rate-based traffic control scheme (called the Intel Rate controller)
for high-speed IP … never exceeded 400 packets, in contrast to the classical PID controller. …

… For an example of how these classifications relate to the classical bifurcation analysis, we
may see … In general, several works show that approaches based on control theory can help in …

… central idea: All of them try to determine when congestion occurs in which they should
decrease the cwnd. We drive this classic assumption further by extending the ECN to a dECN. The …

… of TCP with chaotic control theory using machine learning to … to improve performance in
high-speed wide area networks … to 1, then stay in congestion avoidance phase until the end of …

… In wireless standards, the high-speed data transmissions are actually carried out over a …
10), we simulate three other schedulers: a classic Round-robin scheduler, a max-SNR scheduler …

… H ∞ congestion control problem for a class of high speed … Thereafter, an auxiliary
system and H ∞ control theory are … existing in classical prescribed performance control (PPC)? …

… In Section 1.2 we describe classical Internet congestion control … the source enters the
congestion avoidance phase where it … TCP FAST can be thought of as a high-speed version of …

… TCP congestion control algorithm developed for high speed … use of optimal control theory for
TCP congestion control as a … of classical optimal control techniques in congestion control as …

… are independent to the specific congestion control algorithm. The only exception is that the
… of the specific congestion control algorithm. We take the mainstream congestion control algo…