DUE DATE ASSIGNMENT OF MULTI-PRODUCT IN MAKE-TO-ORDER SUPPLY CHAINS

Haruki TAKAHASHI, Ibuki SHISHIDO, Sumika ARIMA

Abstract


This paper introduces an optimization method of due date assignment (DDA) for make-to-order (MTO) production systems. The due date assignment (DDA) in MTO system takes an important role to balance and improve both the due date satisfaction and process efficiency as trade-offs for each other. The proposed method is to work for various load volume and order fluctuations as extended version of an existing DDA method which has considered the customers' importance. We examine the performance of the proposal DDA method to combine with Hybrid flowshop Scheduling (HFS) for a typical built-to-order production system. Actual company data and discrete event simulations are used for the numerical performance evaluation. In particular, the proposed DDA method can perform well with effective multi-objective HFS engine that can handle HFS problems of a practical scale of several hundred jobs. This is because the DDA method, adapted to the order characteristics of the real data, was able to reproduce the various load volume and order fluctuations better than proposed methods

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References


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