AbstractA basic peculiar Lyapunov functional V is introduced for the dynamical systems generated by a pair of nonlinear reaction–diffusion PDE's, with nonconstant coefficients. The sign of V and of its derivative along the solutions is linked—through an immediate simple relation—to the eigenvalues. By using V and the L2-norm, the non-linear L2-stability (instability) is rigorously reduced to the stability (instability) of the solutions to a linear binary system of ODE's
A stability criterion for nonlinear systems is presented and can be viewed as a dual to Lyapunov's s...
In this short course we shall present a new reformulation of the direct method for stability of nonl...
This paper deals with the stability analysis of the reaction-diffusion equation interconnected with ...
Nonlinear nonautonomous binary reaction-diffusion dynamical systems of partial differential equation...
ABSTRACT. Nonlinear nonautonomous binary reaction-diffusion dynamical systems of partial differentia...
The stability of nonlinear systems is analyzed by the direct Lyapunov’s method in terms of Lyapunov ...
In this article we present an ordinary differential equation based technique to study the quadratic ...
AbstractWe define optimal Lyapunov functions to study nonlinear stability of constant solutions to r...
Lyapunov functions are a fundamental tool to investigate the stability properties of equilibrium poi...
This paper contributes to extending the validity of Lyapunov function PDEs whose solution is conject...
Nonlinear stability for reaction-diffusion Lotka-Volterra predator-prey model equations with Holiing...
The notion of stability allows to study the qualitative behavior of dynamical systems. In particular...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
A relaxation of Lyapunov's direct method has been proposed elsewhere that allows for an algorithmic ...
The second edition of this textbook provides a single source for the analysis of system models repre...
A stability criterion for nonlinear systems is presented and can be viewed as a dual to Lyapunov's s...
In this short course we shall present a new reformulation of the direct method for stability of nonl...
This paper deals with the stability analysis of the reaction-diffusion equation interconnected with ...
Nonlinear nonautonomous binary reaction-diffusion dynamical systems of partial differential equation...
ABSTRACT. Nonlinear nonautonomous binary reaction-diffusion dynamical systems of partial differentia...
The stability of nonlinear systems is analyzed by the direct Lyapunov’s method in terms of Lyapunov ...
In this article we present an ordinary differential equation based technique to study the quadratic ...
AbstractWe define optimal Lyapunov functions to study nonlinear stability of constant solutions to r...
Lyapunov functions are a fundamental tool to investigate the stability properties of equilibrium poi...
This paper contributes to extending the validity of Lyapunov function PDEs whose solution is conject...
Nonlinear stability for reaction-diffusion Lotka-Volterra predator-prey model equations with Holiing...
The notion of stability allows to study the qualitative behavior of dynamical systems. In particular...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
A relaxation of Lyapunov's direct method has been proposed elsewhere that allows for an algorithmic ...
The second edition of this textbook provides a single source for the analysis of system models repre...
A stability criterion for nonlinear systems is presented and can be viewed as a dual to Lyapunov's s...
In this short course we shall present a new reformulation of the direct method for stability of nonl...
This paper deals with the stability analysis of the reaction-diffusion equation interconnected with ...