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Author(s)
In this paper, a single product, multi-period,
aggregate production planning problem is formulated as a
linear-quadratic Gaussian (LQG) optimal control model with chance
constraints on state and control variables. Such formulation is based on
a classical production planning model developed in 1960 by Holt,
Modigliani, Muth and Simon, and known, since then, as the HMMS model
[1]. The proposed LQG model extends the HMMS model, taking into account
both chance-constraints on the decision variables and data generating
process, based on ARMA model, to represent the fluctuation of demand.
Using the certainty-equivalence principle, the constrained LQG model can
be transformed into an equivalent, but deterministic model, which is
called here as Mean Value Problem (MVP). This problem preserves the main
properties of the original model such as convexity and some statistical
moments. Besides, it is easier to be implemented and solved numerically
than its stochastic version. In addition, two very simple suboptimal
procedures from stochastic control theory are briefly discussed.
Finally, an illustrative example is introduced to show how the extended
HMMS model can be used to develop plans and to generate production
scenarios.
Cite this paper
Filho, O. (2014) Optimal Aggregate Production Plans via a Constrained LQG Model. Engineering, 6, 773-788. doi: 10.4236/eng.2014.612075.
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