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Structural changes in economic growth models * * The research is supported by the Russian Science Foundation (project No. 15-11-10018).

机译:经济增长模型的结构变化 * * 研究得到俄罗斯科学基金会的支持(项目号15-11-10018 )。

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The paper is devoted to analysis of one-sector growth models and corresponding control problems on optimal distribution of investments. The paper considers a model with a linear production function, which takes into account the feasibility of structural changes in an economy. By introducing dummy variables one can statistically indicate a period when the model undergoes changes. This provides the possibility to switch the model in different modes for providing more accurate forecasts of economic development. For the optimal control problems, the qualitative analysis of the Hamiltonian systems is implemented and solutions are constructed for each model mode. Continuous gluing of the obtained trajectories is obtained as a solution of the optimal control problem with different model modes on the infinite time interval. Comparison of the resulting model trajectory with statistical data reveals that the simulated trends provide sufficiently accurate matching with the real data. Adaptation of model parameters to a new economic mode can be considered as a learning process for the entire optimal control model. It makes the model more flexible with respect to the qualitative changes influencing forecasts of economic development.
机译:本文致力于对一部门增长模型的分析以及对最优投资分配的相应控制问题。本文考虑了具有线性生产函数的模型,该模型考虑了经济结构变化的可行性。通过引入虚拟变量,可以统计地指示模型发生变化的时间段。这提供了将模型转换为不同模式的可能性,以提供更准确的经济发展预测。对于最优控制问题,对哈密顿系统进行了定性分析,并为每种模型模式构造了解决方案。在无限的时间间隔上,使用不同的模型模式来获得最优轨迹问题的解决方案,从而获得了连续轨迹的连续粘合。将所得模型轨迹与统计数据进行比较表明,模拟趋势可提供与实际数据足够准确的匹配。模型参数适应新的经济模式可以被视为整个最佳控制模型的学习过程。它使模型在影响经济发展预测的质变方面更加灵活。

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