The nonlinear GDP dynamics
AbstractThe oscillatory behavior of GDP and its components leads to a Fourier transform analysis that results in the eigen values of the dynamic economic system. The larger values are dominating the transient behavior of the GDP components and these transients are discussed along with the specific behavior of each component. The second order differential equations are determined, for each component, to describe the oscillatory behavior and the transient resulting from a step excitation. The natural frequencies are determined and the correlation of pairs of components’ cycles result in ‘beats’ process where the modulated wave cycles are compared and discussed. Based on these correlated influence terms the solutions of the differential equations of each component are determined along with their evolution in the phase space and with the specific Lagrangian. The possible occurrence of dynamical behavior basins for GDP is explored, associated to time interval least action considerations. Important conclusions are drawn from this analysis on the dynamics of GDP and its components, in terms of general versus local equilibriums and their evolution.
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Bibliographic InfoArticle provided by Faculty of Economic Sciences, Hyperion University of Bucharest, Romania in its journal Hyperion Economic Journal.
Volume (Year): 1 (2013)
Issue (Month): 2 (June)
Contact details of provider:
Postal: Hyperion University, Faculty of Economic Sciences, Calea Calarasilor no. 169, district 3, Bucharest, 030615, Romania
Web page: http://www.econ.hyperion.ro/
More information through EDIRC
nonlinear models; oscillatory behavior; GDP cycles; equilibrium;
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