The von Neumann facet and a global asymptotic stability

The von Neumann facet and a global asymptotic stability

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Article ID: iaor20083144
Country: Netherlands
Volume: 37
Issue: 1
Start Page Number: 273
End Page Number: 282
Publication Date: Dec 1992
Journal: Annals of Operations Research
Authors:
Keywords: chaos
Abstract:

We will study a multi-sector discrete-time optimal growth model with neoclassical non-joint technology and show that any path on an n-dimensional flat supported by the optimal steady state price will converge to the optimal steady state and is optimal. Burmeister and Graham have proved a similar result in a continuous-time setting. Although their result is limited, it is a first challenge to generalize the global stability result obtained by Uzawa and Srinivasan in a two-sector optimal growth model. One prominent advantage of our approach is that due to the discrete-time model setting, we can apply the duality approach and introduce the so called ‘von Neumann facet’ intensively studied by McKenzie, which plays a very important role in proving the saddle point stability.

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