Inventory control and LQG: Connections and extensions
Wai Kit Ong, Elizabeth J. Durango‐Cohen, Donald J. Chmielewski
Abstract
Wai Kit Ong, Elizabeth J. Durango‐Cohen, Donald J. Chmielewski
Abstract
This paper presents a review of two classical business approaches to inventory control. This is followed by a discussion of an engineering approach using Linear Quadratic Gaussian (LQG) control. The main result is to show that under certain conditions all three methods generate the same policy. Using the state-space model of the LQG formulation, we explore the multi-echelon system and model uncertainty cases.
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This paper presents a review of two classical business approaches to inventory control. This is followed by a discussion of an engineering approach using Linear Quadratic Gaussian (LQG) control. The main result is to show that under certain conditions all three methods generate the same policy. Using the state-space model of the LQG formulation, we explore the multi-echelon system and model uncertainty cases.
Key concepts: Linear-quadratic-Gaussian control, Control (management), Linear-quadratic regulator, Control theory (sociology), State space, Optimal control, Gaussian, State (computer science)