Synchronization of complex networks can easily be seen in nature around us and is an
integral part of many real-world applications. Synchronization of a network is a phenomenon …

This paper deals with model-based fault detection and isolation problems, for linear time
invariant systems subject to a large class of uncertainties and disturbances. A new approach …

This paper addresses the problem of finite-time synchronizing controller for a class of
nonlinear systems. Here, we aimed to propose a general procedure which utilizes the …

Correct measurement of different signals used in the micro-grids control center (MGCC) is
crucial for their operation, control, and stability. This is especially true for micro-grids …

Abstract Analysis and control of fractional order (FO) nonlinear systems is a challenging
problem. In earlier works, as highlighted in literature, stability conditions for the FO LTI …

This article establishes the explicit formulas for the equivalence between fault detection
filters and observers. The method relies on solving a Sylvester equation, the Schur …

In this paper, finite-time stabilization control scheme is proposed for a generalized class of
nonlinear systems. The adopted methodology utilizes Lyapunov stability based …

This paper presents some use of reduced order observers for two classes of chaotic
systems. The first class includes rod-type plasma torch and Arneodo systems and the …

New construction for nonlinear reduced unknown input observer UIO design is purposed.
The main concept consists of using the estimate of error also the parameters used in mean …

It has been widely observed that most deterministic dynamical systems go into chaos for
some values of their parameters. One of the most popular and widely used criteria is the …