The Solow-Swan model generalization with non-constant labor growth rate
Generalization of the neoclassical one-sector Solow-Swan model and its modification of Kaldor-Pasinetti type are introduced. The generalization is due to non-constant labor growth rate. Both continuous-time and discrete-time models are derived. Concrete examples with complex dynamics are presented for models with differential savings of the Kaldor-Pasinetti type and Beverton-Holt and logistic version of the labor dynamics.
Year of publication: |
2011
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Authors: | Přibylová, Lenka |
Published in: |
Bulletin of the Czech Econometric Society. - Česká ekonometrická společnost - CES. - Vol. 18.2011
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Publisher: |
Česká ekonometrická společnost - CES |
Subject: | Solow-Swan model | population growth | stability | chaos |
Saved in:
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