Institutul de Matematică şi Informatică "Vladimir Andrunachievici"
Universitatea de Stat din MoldovaRO EN
Computation of inertial manifolds in biological models. FitzHugh-Nagumo model.
Authors: Cristina Nartea
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Abstract
Inertial manifolds are related to the large time behaviour of dynamical systems. An algorithm, based on the Lyapunov-Perron method, is implemented here and used to construct a sequence of approximate inertial manifolds for a biological model. The hypotheses of the Jolly, Rosa, Temam's algorithm are verified for the FitzHugh-Nagumo model in the case of real eigenvalues. This algorithm is used for the construction of approximate inertial manifolds.E-mail:
Fulltext
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Contents
- The intersection and the union of the asynchronous systems.
- LiScNLE - a Matlab package for some nonlinear partial differential evolution equations.
- A characterization of the solutions of the Darboux Problem for third order hyperbolic inclusions.
- Maximization methods of turbo-machines performances.
- Modelling of explosive magnetorotational phenomena: from 2D to 3D.
- About Quasiconformal Maps in Finsler Spaces.
- On mixed LCA groups with commutative rings of continuous endomorphisms.
- Parametrical Approach for Bilinear Programming and its Application for solving Integer and Combinatorial Optimization Problems.
- Computation of inertial manifolds in biological models. FitzHugh-Nagumo model.
