The problem of adaptive arbitrary convergence time terminal sliding mode control (TSMC)
for nonlinear networked systems with completely unknown functions and nonresponsive …

A robust super-twisting sliding mode control (SMC) based on a disturbance observer is firstly
investigated for transmission control protocol (TCP) network systems with unknown …

For the problem of congestion control in TCP networks, an adaptive sliding mode control
algorithm is presented based on the RBF neural network. To simplify the design of the …

This paper addresses the tracking control problem of congestion in TCP networks. Firstly,
the system modeling of TCP is provided, followed by the presentation of state variables in …

For the TCP network in the presence of highly variable network parameters and UDP flows,
two nonlinear adaptive sliding mode control algorithms were presented. Because the upper …

To solve the problem of finite time congestion control for TCP networks with input
constraint, network parameter uncertainties and nonresponsive flow disturbances, an active …

For the nonlinear TCP/AWM network congestion control system with external disturbances,
under the framework of backstepping control method, an adaptive network congestion …

This work investigates an adaptive finite-time congestion control problem of transmission
control protocol/active queue management. By means of the funnel control, neural networks …

Active queue management (AQM) has been widely used for congestion avoidance in
transmission control protocol (TCP) networks. Although numerous AQM schemes have been …

In this paper a new controller for congestion problem in TCP networks has been proposed.
Sliding mode controller is robust against modeling uncertainties and disturbances. In sliding …