Switching Equilibriums of Nonlinear Dynamical Systems by Human Manipulation (Switching Strategies Generated by Human)

Chaos Generated by Switching Fractional Systems

We, for the first time, investigate the basic behaviours of a chaotic switching fractional system via both theoretical and numerical ways. To deeply understand the mechanism of the chaos generation, we also analyse the parameterization of the switching fractional system and the dynamics of the system’s trajectory. Then we try to write down some detailed rules for designing chaotic or chaos-like...

Isotype Switching by Human B Cells Is

Preservation of Stochastic Orderings of Interdependent Series and Parallel Systems by Componentwise Switching to Exponentiated Models

This paper discusses the preservation of some stochastic orders between two interdependent series and parallel systems when the survival and distribution functions of all components switch to the exponentiated model. For the series systems, the likelihood ratio, hazard rate, usual, aging faster, aging intensity, convex transform, star, superadditive and dispersive orderings, and for the paralle...

Estimation of New Weighted Controlled Switching Overvoltage by RBFN Model

Mitigating switching overvoltages (SOVs) and conducting well-suited insulation coordination for handling stresses are very important in UHV transmission Lines. The best strategy in the absence of arresters is controlled switching (CS). Although elaborate works on electromagnetic transients are considered in the process of designing transmission systems, such works are not prevalent in day-to-da...

EEG Switching: Three Views from Dynamical Systems

There is evidence that the same neural substrate may support different dynamical regimes and hence give rise to different EEG signals. However, the literature lacks successful attempts to systematically explain the different regimes —and the switching between them— within a coherent setting. We explore a mathematical model of neural tissue and call upon concepts from dynamical systems to propos...