The reachability problem for Vector Addition Systems (VASs) is a central problem of net
theory. The general problem is known to be decidable by algorithms exclusively based on …

This paper presents the mathematical modeling of coupled-tank system and designing of
sliding mode control (SMC) for liquid level control in the system. The non-linear single-input …

This paper proposes a robust liquid-level controller for coupled-tanks systems when dealing
with variable discharge rates at the secondary tank, based on a hybrid fuzzy inference …

In this paper, a novel real time non-linear model predictive controller (NMPC) for a multi-
variable coupled tank system (CTS) is designed. CTSs are highly non-linear and can be …

A new controller based on discrete wavelet packet transform (DWPT) for liquid level system
(LLS) has been presented here. This controller generates control signal using node …

This paper presents a digital proportional-integral controller implementation for a Coupled
Tanks System for liquid level control. The model identification is done by sinusoidal signal at …

The liquid level control in the coupled tank system (CTS) is a classical benchmark control
problem. The dynamics of CTS resembles with that of many real systems such as distillation …

This paper addresses the application of fractional order integrator in multiresolution
controller to design new fractional order intelligent controller (FOIC) using packet wavelet …

Controlling the level of the liquids is a critical need in many industrial processes. Often the
tanks are so coupled together that the levels interact and exhibits a nonlinear behavior. The …

This paper presents the design of a novel nonlinear model predictive control (NMPC)
strategy using a stochastic genetic algorithm (GA) to control highly nonlinear, uncertain and …