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We study the problem of simultaneous estimation of parameters and unobserved states from noisy data of nonlinear time-continuous systems, including the case of additive stochastic forcing. We propose a solution by adapting the recently developed statistical method of unscented Kalman filtering to this problem. Due to its recursive and derivative-free(More)
The problem of identifying continuous spatiotemporal nonlinear systems from noisy and indirect observations is determined by its computational complexity. We propose a solution by means of nonlinear state space filtering along with a state partition technique. The method is demonstrated to be computationally feasible for spatiotemporal data with properties(More)
In this paper we investigate " integrated equilibria " of two-country models. Extending the basic framework non-traded goods as well as minimum wages are introduced and their effects on the models' results are studied. Finally, the consequences of three types of labor " shocks " are analyzed. Abstract The author/s
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