… ATM networks which are high-speed networks that deal with constant-length packets called
cells. ATM networks … The data transmission in ATM mode can be in any of the following types …

… -PID control law, we propose to employ a fuzzy controller to implement the nonlinear function
f(·), because fuzzy controller is … Fuzzy controller are the applications of fuzzy set and fuzzy …

… flow in a single communication channel of an ATM network. We consider a simplified model
… We show that searching for optimal control policies are fragile if the delay time is allowed to …

… In previous PID control rules [14], the propagation delay of RM cells is not considered, but
in … based flow control for high speed ATM networks. Proc IEEE INFOCOM’97, p 293–301. 8. …

… Abstract : An intelligent PID controller is designed to adjust ABR traffic rate on2line in ATM
network for the congestion of high2speed communication networks with a Smith predictor …

… fairness condition, but the validity of the controller depends on the estimate of delays. In [7∼…
authors model the ATM networks in the form of statespace equations and the controllers are …

… However, it is difficult for PID controller to … control of ABR traffc in ATM networks. In order
to enhance the rapidity of the traffc control further, this paper adopts NN (neural network) to …

… With regard to analysis of the buffer queue size in ATM networks, the paper proposes one-parameter
fuzzy adaptive PID control mechanism based on cell queue size. on the base of the …

… paper, the PID controller is proposed and the constraint condition of PID controller is analyzed
based on the virtual queue and the model of single bottleneck node in ATM networks. The …

… sliding mode control strategy for high-speed networks operating in asynchronous transfer
mode (ATM) is derived to cope with the congestion problem in network flow control. The …