Research on Order Allocation Scheme Based on Multi-Objective Planning Model and Comprehensive Evaluation Method

Tingxuan  Shi; Yi  Cai; Yating  Wang

doi:10.54691/bcpbm.v23i.1476

Authors

Tingxuan Shi
Yi Cai
Yating Wang

DOI:

https://doi.org/10.54691/bcpbm.v23i.1476

Keywords:

Order allocation; Integrated cost; Multi-objective planning; Topsis integrated evaluation method; Coefficient of variation method evaluation; Rank and ratio integrated evaluation method; Linear weighted sum method

Abstract

In order to determine whether the production side can meet the demand of the sales side, a multi-objective planning model is developed to compare the usage time of each type of equipment with the production time, and to obtain the production order allocation scheme that meets the minimum overall cost. When the demand exceeds the total capacity, three demand reduction scenarios are developed, and the minimum overall cost is calculated for each scenario. Finally, our recommendations are given for the supply chain company.

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References

Fan H, Ji H P, Du X M, et al. A comprehensive evaluation of the quality of medical services in a city from 2008 to 2010 by applying the composite index method and rank sum ratio method[J]. The quality of medical services in a city from 2008 to 2010[J]. Health Soft Science, 2012, 26(3):201-203.

Chen Hongguang, Li Xiaoning, Li Chenyang. Evaluation of water resources system resilience based on entropy weight method of coefficient of variation: an example of water resources in Heilong Heilongjiang Province, 2007-2016. Ecological Economics. 2021,37(0).

Yang, Guiyuan, Zheng, Yahao et al. A study on multi-objective decision problems and their solution methods. Mathematical Practice and Understanding 2012, 42(02): 109-110.

ZHANG Yingjun,LI Qingyong,WANG Gongmu,LI Qiang. Designing a course on "Algorithm Analysis" based on the Python language--A dynamic programming algorithm as an example[J]. Industrial and Information Technology Education,2019(03):63-68.

Zhang D-L, Zhu C. Principles of multi-objective planning and its applications. Science and Technology Perspectives. 2019(09).

Lin W et al, Coefficient of variation method to evaluate the impact of human activities on groundwater environment, Environmental Science, 2013, 34(04), 1279.

Qin Xiao Xiao et al, Evaluation of health insurance regulation measures based on TOPSIS comprehensive evaluation method, Chinese Hospital Management, 2013, 33(08), 25.

Chen, P.Y.. Comparison of linear dimensionless methods and reverse indicator forwarding methods[J]. Operations Research and Management,2021,30(10):95-101.

Huang F,Ji YJ,Yang DH,Yan Y. Research on multi-source supplier selection and order allocation under sss capacity constraint[J]. Industrial Engineering and Management,2018,v.23;No.131(04):120-128.

Wu D, Hu J, Ji C H. TOPSIS theoretical approach and its application research. Riverhead University Press.2019.