MODELING EVOLUTIONARY DYNAMICS OF COMPLEX ECOSYSTEMS USING COMBINED CHAOS THEORY AND NEURAL NETWORKS METHODS: I. FORMAL THEORETICAL BASIS FOR APPLICATION TO ENVIRONMENTAL RADIOACTIVITY DYNAMICS
We present elements of the formal mathematical approach to the analysis, modeling and further prediction of the nonlinear dynamics of chaotic systems based on the methods of nonlinear analysis and neural networks. As the object of studing is the environmental radioactivity dynamics. Using such a combined method is proposed for the first time in the environmental radioactivity dynamnics studying.