Author(s)

Simengxu Qiao ¹, Sijia Liu ¹, Ce Zou ¹

Affiliation(s)

¹ School of information science and technology, Beijing University of Chemical Technology, Beijing, 102200, China

Corresponding Author

Simengxu Qiao

ABSTRACT

This paper mainly studies the influence of suppliers and transporters on enterprises in the logistics chain composed of enterprises, suppliers and transporters, and how to choose the most appropriate ordering scheme and transport scheme when the enterprise has different objectives. The minimum number of suppliers needed can be regarded as the critical condition to meet the production requirements, for each supplier to judge whether to select, the 0-1 programming model in integer programming is constructed. In the part of ordering scheme, the difference between order quantity and supply quantity, price difference of different kinds of raw materials and contribution difference to production capacity are corrected by weighting when the objective function is obtained, and lingo is used to solve the model. In the part of transport scheme, 0-1 planning is carried out by Matlab to calculate the transport scheme.

KEYWORDS

0-1 programming model, lingo, ordering scheme, transport scheme

CITE THIS PAPER

Simengxu Qiao, Sijia Liu, Ce Zou, Research on enterprise decision making based on integer programming model. Information Systems and Economics (2021) 2: 38-41. DOI: http://dx.doi.org/10.23977/infse.2021.020208.

REFERENCES

[1] Huang Weilai, ZHANG Zigang, LIU Yunzhe. Systems Engineering, 1998,(1):44-50. (in Chinese)
[2] Wang Jue. Supplier and Distributor Joint Production Inventory Model with raw material Order [A]. Journal of Anhui Institute of Architecture and Technology [J]. Hefei: Department of Mathematics, PLA Electronic Engineering Institute, 2010:90-96.
[3] Pang Xue, Yang Jing, Yin Zhixiang, Tang Zhen, Yang Xinmu. A closed-loop double stranded DNA computational model for the 0-1 knapsack problem. Journal of Tangshan Normal University. 201, 43(03)
[4] Wang Yun. Research on the combination and layout method of low-impact development facilities based on 0-1 integer model and random sampling. Anhui University of Technology anhui Province. 

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