In this paper, we present a new programmable chaotic circuit based on the dynamical
chaotic system introduced by E. Lorenz. The design and realization of the model are …

This work proposes a practical approach to applying more complex perturbations into a
liquid mixing process by using sampled output signals from a chaotic circuit. The mixing …

This paper introduces chaotic reference model-based dynamical state feedback
chaotification method which can be applied to any input-state linearizable (nonlinear) …

This paper presents the design, simulation, hardware implementation and an application in
liquid mixing of some hyperchaotic circuits, based on the digital signal processing (DSP) …

This paper presents a cost-effective automatic stand-alone liquid mixer with chaotic PWM
controls. The system design utilizes a new diode-based Rössler chaotic system as a random …

This paper discusses a new design and implementation of a liquid mixing apparatus based
on the commonly used stirred tank model. This mixer is capable of working under the control …

Industrial mixers are among the most expensive and ineffective equipment in food, drug,
chemical and semiconductor industries. Effects of this ineffectiveness are not only energy …

This paper presents two engineering applications of a chaotification method which can be
applied to any inputstate linearizable (nonlinear) system including linear controllable ones …

It has been argued that chaotic vibration provides the best possibility for achieving efficient
and thorough mixing of fluids, by evoking complex and abundant perturbations into the …

In this paper synchronization of a new chaotic system is analyzed and simulated using
Matlab-Simulink and Orcad-Pspice programs. Firstly a new chaotic system is designed and …