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Non-robust dynamic inferences from macroeconometric models: Bifurcation stratification of confidence regions
Barnett, William A.; Duzhak, Evgeniya Aleksandrovna - In: Physica A: Statistical Mechanics and its Applications 387 (2008) 15, pp. 3817-3825
Grandmont [J.M. Grandmont, On endogenous competitive business cycles, Econometrica 53 (1985) 995–1045] found that the parameter space of the most classical dynamic models is stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from...
Persistent link: https://www.econbiz.de/10010872967
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Non-Robust Dynamic Inferences from Macroeconometric Models: Bifurcation Stratification of Confidence Regions
Barnett, William A.; Duzhak, Evgeniya - Volkswirtschaftliche Fakultät, … - 2006
Grandmont (1985) found that the parameter space of the most classical dynamic models are stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from monotonic stability at one extreme to chaos at the other extreme, and with all forms of...
Persistent link: https://www.econbiz.de/10005837359
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Existence of Bifurcation in Macroeconomic Dynamics: Grandmont was Right
Barnett, William; He, Yijun - Department of Economics, University of Kansas - 2006
Grandmont (1985) found that the parameter space of the most classical dynamic general-equilibrium macroeconomic models are stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from monotonic stability at one extreme to chaos at the other...
Persistent link: https://www.econbiz.de/10005057401
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Non-Robust Dynamic Inferences from Macroeconometric Models: Bifurcation Stratification of Confidence Regions
Barnett, William; Duzhak, Evgeniya Aleksandrovna - Department of Economics, University of Kansas - 2006
Grandmont (1985) found that the parameter space of the most classical dynamic models are stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from monotonic stability at one extreme to chaos at the other extreme, and with all forms of...
Persistent link: https://www.econbiz.de/10005106594
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Non-Robust Dynamic Inferences from Macroeconometric Models: Bifurcation Stratification of Confidence Regions
Barnett, William A.; Duzhak, Evgeniya A. - Volkswirtschaftliche Fakultät, … - 2007
Grandmont (1985) found that the parameter space of the most classical dynamic models are stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from monotonic stability at one extreme to chaos at the other extreme, and with many forms of...
Persistent link: https://www.econbiz.de/10005617012
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Existence of Singularity Bifurcation in an Euler-Equations Model of the United States Economy: Grandmont was Right
Barnett, William A.; He, Susan - Volkswirtschaftliche Fakultät, … - 2009
Abstract: Grandmont (1985) found that the parameter space of the most classical dynamic general-equilibrium macroeconomic models are stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from monotonic stability at one extreme to chaos at the...
Persistent link: https://www.econbiz.de/10005619286
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Existence of bifurcation in macroeconomic dynamics: Grandmont was right
He, Yijun; Barnett, William A. - Volkswirtschaftliche Fakultät, … - 2006
Grandmont (1985) found that the parameter space of the most classical dynamic general-equilibrium macroeconomic models are stratified into an infinite number of subsets supporting an infinite number of different kinds of dynamics, from monotonic stability at one extreme to chaos at the other...
Persistent link: https://www.econbiz.de/10005619777