Appropriate air mass flow and pressure management can not only improve the performance
and efficiency of the fuel cell, but also prevent irreversible degradation caused by oxygen …

Control of the non-minimum phase (NMP) system is challenging, especially in the presence
of modelling uncertainties and external disturbances. To this end, this paper presents a …

This paper presents the application of control strategies for wastewater treatment plants with
the goal of effluent limits violations removal as well as achieving a simultaneous …

This paper presents a current sharing method to actively balance the output currents of a
parallel dc-dc converters'(PDCC) system regarding the demanded power. First, the …

This paper addresses the optimal tracking control problem of an Autonomous Underwater
Vehicle (AUV) using Pontryagin's Minimum Principle (PMP). The formulation uses a choice …

In this paper, an optimal adaptive robust PID controller based on fuzzy rules and sliding
modes is introduced to present a general scheme to control MIMO uncertain chaotic …

The proposed practice-oriented controller design (POCD) aims at stabilizing the system,
reconstructing and compensating for disturbances while achieving fast and smooth step …

In this paper, a unified theory is proposed for the fractional control of the non-minimum
phase plus dead time systems via the introduction of the fractional filter-PID control and …

In this paper, a generalized predictor based control scheme is proposed to improve system
performance of set-point tracking and disturbance rejection for non-minimum phase (NMP) …

Pulp batch cooking is performed in a sealed high-temperature and high-pressure digester
and is a complex black-box process. Based on the analysis of the mechanism of batch …