Optimizing the Management of the Global FES and Adjusting its Dynamics, Taking into Account the Financial Flows of Decentralized Currencies

The author proposes an adjustment and analysis of the variability of the mathematical models of the dynamics of the global financial and economic system (FES) caused by financial flows of capital movements of decentralized currencies. These models are generated based on the matrix of cross-border movement of capital and are used to calculate the governing influences of regulators, aimed at optimizing the management of the global FES for anti-crisis protection. Computational problems related to the mathematical features and model correction are analyzed. Calculation of changes in the eigenvalues of the model matrices during capital flows of decentralized currencies are given.