Branch-and-Price algorithm for a capacitated lot-sizing problem

Branch-and-Price algorithm for a capacitated lot-sizing problem

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Article ID: iaor20042959
Country: China
Volume: 24
Issue: 1
Start Page Number: 11
End Page Number: 14
Publication Date: Jan 2003
Journal: Journal of Northeastern University
Authors: ,
Keywords: programming: branch and bound
Abstract:

A new Branch-and-Price approach was presented to solve the classical capacitated single-level multi-item dynamic lotsizing problems, also called as CLSP. Its objective is to minimize the sum of set-up and inventory-holding costs over the horizon under consideration, such as demands, capacity restrictions, etc. CLSP is frequently encountered in the most industry settings and well known as NP-Hard problem. The Branch-and-Price approach, a generalization of branch-and-bound with LP relaxation, allows column generation to be applied throughout explored nodes in the branch-and-bound tree. An implementation of the branch-and-price approach was described in detail. Two groups of examples were computed to verify the correctness and advantages of the suggested approach.

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