Supply Chain Collaboration Degree of Manufacturing Enterprises Using Matter-Element Method = Supply Chain Collaboration Degree of Manufacturing Enterprises Using Matter-Element Method

다국어 초록 (Multilingual Abstract)

Evaluation of the collaboration of the upstream and downstream enterprises in the manufacturing supply chain is important to improve their synergistic effect. From the supply chain perspective, this study establishes the evaluation model of the manufacturing enterprise collaboration on the basis of fuzzy entropy according to synergistic theory. Downstream enterprises carry out coordinated capital, business, and information flows as subsystems and research enterprises as composite systems. From the three subsystems, the collaboration evaluation index is selected as the order parameter. The compound fuzzy matter-element matrix is established by using its improved algorithm. Subordinate membership and standard deviation fuzzy matter-element matrixes are constructed. Index weight is determined using the entropy weight method. The closeness of each matter element is then calculated. Through a representative of the home appliance industry, namely, Gree Electric Appliances Inc. of Zhuhai, empirical analysis of data in 2011-2017 from the company and its upstream and downstream enterprise collaboration shows a good trend, but the coordinated development has not reached stability. Gree Electric Appliances Inc. of Zhuhai need to strengthen the synergy with upstream and downstream enterprises in terms of cash, business, and information flows to enhance competitiveness. Experimental results show that this method can provide precise suggestions for enterprises, improve the degree of collaboration, and accelerate the development and upgrading of the manufacturing industry.

참고문헌 (Reference)

1 정승일, "농산물 수요와 공급의 단기 동기화 방안 연구 -시장거래제도별 정보공유를 중심으로-" 한국식품유통학회 29 (29): 19-40, 2012

2 H. Haken, "Synergetics" Springer-Verlag 1977

3 M. Arns, "Supply chain modelling and its analytical evaluation" 53 (53): 885-894, 2002

4 J. Liu, "Supply chain coordination with customer returns and refund-dependent demand" 148 : 81-89, 2014

5 J. Cai, "Supply chain coordination with an option contract under vendor-managed inventory" 23 (23): 1163-1183, 2016

6 Q. Lin, "Supply chain coordination in confirming warehouse financing" 118 : 104-111, 2018

7 M. Cao, "Supply chain collaboration : conceptualisation and instrument development" 48 (48): 6613-6635, 2010

8 Lianhui Li, "Supplier Evaluation in Green Supply Chain: An Adaptive Weight D-S Theory Model Based on Fuzzy-Rough-Sets-AHP Method" 한국정보처리학회 15 (15): 655-669, 2019

9 R. R. Lummus, "Strategic supply chain planning" 39 (39): 49-58, 1998

10 S. H. Goh, "Sales and operations planning : the effect of coordination mechanisms on supply chain performance" 214 : 80-94, 2019

11 S. Alaei, "Multi objective coordination of a supply chain with routing and service level consideration" 167 : 271-281, 2015

12 B. M. Beamon, "Measuring supply chain performance" 19 (19): 275-292, 1999

13 D. Pyke, "Manufacturing technology and operations in China : a survey of state-owned enterprises, private firms, joint ventures and wholly-owned foreign subsidiaries" 20 (20): 356-375, 2002

14 C. H. Chiu, "Innovative menu of contracts for coordinating a supply chain with multiple mean-variance retailers" 246 (246): 815-826, 2015

15 M. Raweewan, "Information sharing in supply chain collaboration" 126 : 269-281, 2018

16 L. Wu, "Information sharing and collaborative behaviors in enabling supply chain performance : a social exchange perspective" 148 : 122-132, 2014

17 Q. Zhang, "Exploring antecedents of supply chain collaboration : effects of culture and interorganizational system appropriation" 195 : 146-157, 2018

18 Q. Zhang, "Exploring antecedents of supply chain collaboration : effects of culture and interorganizational system appropriation" 195 : 146-157, 2018

19 L. Wu, "Examining supply chain collaboration with determinants and performance impact : social capital, justice, and technology use perspectives" 39 : 5-19, 2018

20 Q. Xiao, "Evaluation of taxi carpooling feasibility in different urban areas through the Kmeans matter–element analysis method" 53 : 135-143, 2018

21 H. I. Ansoff, "Corporate Strategy an Analytic Approach to Business Policy for Growth and Expansion" McGraw-Hill 1965

22 J. Cai, "Coordinating VMI supply chain under yield uncertainty : option contract, subsidy contract, and replenishment tactic" 185 : 196-210, 2017

23 R. Ruiz-Benitez, "Consumer returns in a decentralized supply chain" 147 : 573-592, 2014

24 A. David, "Competition and coordination in a two-channel supply chain" 24 (24): 1358-1370, 2015

25 Y. Lan, "Competition and coordination in a three-tier supply chain with differentiated channels" 269 (269): 870-882, 2018

26 H. Li, "Collaborative supply chain planning under dynamic lot sizing costs with capacity decision" 22 (22): 247-256, 2011

27 S. Narayanan, "Assessing the contingent effects of collaboration on agility performance in buyer–supplier relationships" 33 : 140-154, 2015

28 S. M. Haghighi, "An integrated approach for performance evaluation in sustainable supply chain networks(with a case study)" 137 : 579-597, 2016

29 M. Hofmann, "A theoretical framework for the evaluation of massive digital participation systems in urban planning" 4 : 2020

30 F. Costantino, "A real-time SPC inventory replenishment system to improve supply chain performances" 42 (42): 1665-1683, 2015

31 L. E. Cardenas-Barron, "A production-inventory model for a two-echelon supply chain when demand is dependent on sales teams ׳ initiatives" 155 : 249-258, 2014

32 F. A. G. La Forme, "A framework to analyse collaborative performance" 58 (58): 687-697, 2007