This paper introduces a polynomial fuzzy model (PFM)-based maximum power point
tracking (MPPT) control approach to increase the performance and efficiency of the solar …

This paper studies the problem of networked polynomial state feedback control using the
sum of square (SOS) approach considering network-induced varying delay. The stabilisation …

Developing the so-called grey box or hybrid models of limited complexity for process
systems is the cornerstone in advanced control and real-time optimization routines. These …

In this paper, the stability of polynomial fuzzy-model-based (PFMB) observer-control system
is investigated via Lyapunov stability theory. The polynomial fuzzy observer with …

The main goal of this study is to introduce a new polynomial fuzzy model‐based structure for
a class of marine systems with non‐linear and polynomial dynamics. The suggested …

This paper proposes a novel chaotic-based secure communication scheme for non-ideal
transmitting public channel. The proposed approach employs a polynomial model and sum …

This paper deals with the saturated control problem of a class of distributed systems which
can be modelled by first-order hyperbolic partial differential equations (PDE). The objective …

This paper proposes an identification-based nonlinear control scheme which casts the plant
model as a recurrent high-order neural network. The model thus obtained consists on …

Combining empirical relationships with a backbone of first-principle laws allow the modeler
to transfer the available process knowledge into a model. In order to get such so-called grey …

Combining empirical relationships with a backbone of first-principle laws allow the modeler
to transfer the available process knowledge into a model. In order to get such so-called grey …