A General Solution for Linear Decision Rules: An Optimal Dynamic Strategy Applicable Under Uncertainty

Econometrica (pre-1986); Mar 1975; 43, 2

Posted: 5 May 2023

Date Written: April 23, 2023

Abstract

Linear decision rules for controlling complex systems are often obtained by matrix inversion, but transform methods offer an alternative approach that yields insights into the structure of the decision problem of maximizing expected payoffs under constrains.

Keywords: linear decision rules, decision analysis, matrix inversion, complex systems, quadratic functions, linear mathematics, z-transform

Suggested Citation

Hay, George Alan, A General Solution for Linear Decision Rules: An Optimal Dynamic Strategy Applicable Under Uncertainty (April 23, 2023). Econometrica (pre-1986); Mar 1975; 43, 2, Available at SSRN: https://ssrn.com/abstract=4426732

George Alan Hay (Contact Author)

Cornell University - Law School ( email )

Myron Taylor Hall
Cornell University
Ithaca, NY 14853-4901
United States

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