[PDF] Top 20 Dynamics of active systems with nonlinear excitation of the phase
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Dynamics of active systems with nonlinear excitation of the phase
... chemical systems exhibit self-oscillatory dynamics, for exam- ple systems involving the Belousov-Zhabotinsky reaction and systems used for material synthesis by solid-phase combustion, ... See full document
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Range of validity and intermittent dynamics of the phase of oscillators with nonlinear self-excitation
... of active systems, particularly of chemical nature, are known to perform self-excited oscillations coupled by ...the phase of the oscillations through space may persist, depend- ing on the values of ... See full document
34
Phase equation with nonlinear excitation for nonlocally coupled oscillators
... Reaction-diffusion systems exhibiting oscillatory dynamics near the Hopf bi- furcation can be reduced to an evolution equation for the phase of oscilla- tions [1, ... See full document
23
Robust Nonlinear Excitation Controller Design for Multimachine Power Systems
... Robust Nonlinear Excitation Controller Design for Multimachine Power Systems ...robust nonlinear excitation controller design for synchronous generators in a multimachine power system ... See full document
5
On the Vibration Behavior Study of a Nonlinear Flexible Composite Beam Under Excitation Forces via Nonlinear Active Vibration Controller
... When active elements ...vibration systems the coupled non-linear vibration of such systems can be reduced to non-linear second order differential equations which are solved analytically and ... See full document
10
Nonlinear dynamics of weakly dissipative optomechanical systems
... where ~a,~b denotes the inner product between ~a and ~b. Since t is very large, the term pro- portional to e λ 1 t dominates the time dependence of ~ w(t) (provided that λ 2 < λ 1 ), such that Eqs. (10) and (12) are ... See full document
23
Nonlinear Excitation Controller for Power Systems Using Zero Dynamic Design Approach
... of nonlinear control theory can provide better operation with respect to the variation of operating points by canceling the inherent systems nonlin- ...transform nonlinear system dynamics into ... See full document
6
Brain Connectivity Networks for the Study of Nonlinear Dynamics and Phase Synchrony in Epilepsy
... The nonlinear interdependence of the brain neuronal assemblies was expressed as phase synchrony among neural electrical ...A nonlinear data-driven technique was applied to the signals in the time ... See full document
110
Active vibration control in linear time-invariant and nonlinear systems
... 9 nonlinearity [15]. Therefore, the dynamics of aeroelastic systems with softening nonlinearity is a topic of practical engineering significance. This research aims to investigate the presence of stable and ... See full document
208
Chaotic versus stochastic behavior in active-dissipative nonlinear systems
... symbolic dynamics, and network entropy based on complex ...stochastic dynamics obtained by the EW equation in order to distinguish between stochastic and deterministic chaotic ...gKS dynamics starts ... See full document
13
Chaotic versus stochastic behavior in active-dissipative nonlinear systems
... symbolic dynamics, and network entropy based on complex ...stochastic dynamics obtained by the EW equation in order to distinguish between stochastic and deterministic chaotic ...gKS dynamics starts ... See full document
12
Dynamics analysis of active variable stiffness vibration isolator for whole-spacecraft systems based on nonlinear output frequency response functions
... novel active variable stiffness vibration isolator (AVS-VI) used as the vibration isolation device to reduce excessive vibration of the whole-spacecraft isolation ...the nonlinear output frequency response ... See full document
14
Optimal Input Design for Active Parameter Identification of Dynamic Nonlinear Systems
... physical systems are identified by excitation with a suitable input sig- nal and observing the resulting output behavior of the ...optimal excitation signals that can yield maximal information from ... See full document
146
A Finite Energy Property of Stable Inversion to Nonminimum Phase Nonlinear Systems
... and nonlinear regulation and at the same time avoid the drawbacks of ...general nonlinear mapping. For a class of nonlinear systems with a well-defined relative degree and hyperbolic zero ... See full document
5
Repetitive Control Design Based on Forwarding for Nonlinear Minimum-Phase Systems
... Depending on the considered framework, system (5) may represent a scenario in which the output e represents the error between a desired output and a given periodic reference (i.e., output tracking), or a scenario in ... See full document
12
Advances in Dynamics and Control Nonlinear Systems in Aviation Aerospace Aeronautics and Astronautics
... theoretical phase- difference signals are simulated accurately through using GPSoft software, and the QUEST solutions for the Euler angles are computationally easier than the solutions by using the Kalman ... See full document
345
Complex Dynamics in Dedicated / Multifunctional Neural Networks and Chaotic Nonlinear Systems
... dynamical systems theory with modern computational approaches such as unsupervised machine learning (clustering) algorithms and faster GPU-parallelized simulations of heavily populated trajectories to re- veal the ... See full document
152
Nonlinear Dynamics of Nanoscale Systems
... 2.1 The Limits of Oscillations in Overdamped Sys- tems Oscillations are ubiquitous. We celebrate them and attempt to harness them. Nat- urally, this interest drives us to study them. There has been no shortage of ... See full document
174
Nonlinear dynamics of degradation of Vallisneria spiralis L. chlorophyll photoluminescence at high excitation levels
... However, the description accepted in this work, is more in formative and clear. We note that similar researches were conducted earlier [23], where an exponential dynamics of PL degradation was observed. There the ... See full document
10
Nonlinear instability and dynamics of polaritons in quantum systems
... the nonlinear instability and dynamics of an electron–hole/anti-electron (hereafter referred to as polaritons) system, which are common in ultra-small devices (semiconductors and micromechanical ... See full document
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