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Aggregation in Stochastic Dynamic Programming

Theodore Lambert (tlambert***at***tmcc.edu)
Marina Epelman (mepelman***at***umich.edu)
Robert L. Smith (rlsmith***at***umich.edu)

Abstract: We present a general aggregation method applicable to all finite-horizon Markov decision problems. States of the MDP are aggregated into macro-states based on a pre-selected collection of “distinguished” states which serve as entry points into macro-states. The resulting macro-problem is also an MDP, whose solution approximates an optimal solution to the original problem. The aggregation scheme also provides a method to incorporate inter-period action space constraints without loss of the Markov property.

Keywords: Markov Decision Problems, Dynamic Programming, Aggregation

Category 1: Other Topics (Dynamic Programming )

Citation: Technical Report 04-07, University of Michigan, Industrial and Operations Engineering, 1205 Beal Ave., Ann Arbor, MI 48105, July 2004

Download: [PDF]

Entry Submitted: 08/01/2004
Entry Accepted: 08/05/2004
Entry Last Modified: 08/01/2004

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