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Research on Manufacturer Supply Model Based on Analytic Hierarchy Process

Xinkai Wang, Bowen Pang, Yaoyi Wang

Abstract


This paper studies the optimal solution model of manufacturer based on multivariate linear programming and analytic
hierarchy process.Firstly,based on visual processing,the evaluation indexes are determined as supply quantity,full rate,stable rate
and order times.Reasonably set the weight,evaluate 402suppliers and determine the 50 most important suppliers for the enterprise.
Then,using the linear programming optimization method,the optimal solution of supplier selection without transportation loss is
obtained.Finally,taking the full rate,loss variance and acceptance rate as the evaluation indexes,the transportation company with
the lowest transportation loss is determined.Finally,the most economical material quantity actually needed by the production
enterprise is calculated,and the supplier selection andtransportation company selection under the condition of loss are given.

Keywords


Multivariate linear function; Analytic hierarchy process

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References


[1] Wang Jing,ye Yong,Luo Hongen(2021).Supplier selection and order allocation decision considering supply interruption and cargo damage[J].Journal of Heilongjiang No.8 Agricultural Reclamation University,,33(3):100-108.

[2] Tao Yanan,Qin Zhilin(2018).Optimal order quantity decision method for competitive suppliers and sellers based on quantity elastic contract[J].Journal of Nantong University(NATURAL SCIENCE EDITION),17(2):76-83.

[3] Du Liangjun(2006).Supplier selection weight analysis method and excel model[J].China management informatization,2006,9(3):10-122.

[4] Ma Shihua,Lin Yong,Chen Zhixiang(2000).Supply chain management[M].Beijing:Machinery Industry Press.




DOI: https://doi.org/10.18282/l-e.v10i3.2394

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