A multi objective SCOR-Based Decision Alignment for Supply Chain Performance Management

Rezaei, Mahdi; Shirazi, Mohsen Akbarpour; Karimi, Behrooz

doi:10.24200/sci.2017.4463

Cited by 5 publications

(4 citation statements)

References 45 publications

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“…SCOR modeli bu kaygılara kapsamlılığı ve güvenilirliği ile cevap olabilmektedir. Rezai, Shirazi ve Karimi [22] çalışmasında, SCOR modeli ile AHP, matematiksel model, TOPSİS gibi tekniklerin bir arada kullanıldığı ve olumlu sonuçlar elde edildiği gösterilmiştir. Bir işletmeye yönelik oluşturulmak istenen tedarik zinciri ölçüm modeli için kuruluştan elde edilen verileri kullanarak genel tedarik zinciri performansı ve işletmeye yönelik olan tedarik zinciri performans modeli alanı arasında bir ilişki oluşturmak için sistematik bir mekanizma önerilmiştir [22].…”

Section: öNceki̇ çAlişmalar (Literature Review)unclassified

“…Rezai, Shirazi ve Karimi [22] çalışmasında, SCOR modeli ile AHP, matematiksel model, TOPSİS gibi tekniklerin bir arada kullanıldığı ve olumlu sonuçlar elde edildiği gösterilmiştir. Bir işletmeye yönelik oluşturulmak istenen tedarik zinciri ölçüm modeli için kuruluştan elde edilen verileri kullanarak genel tedarik zinciri performansı ve işletmeye yönelik olan tedarik zinciri performans modeli alanı arasında bir ilişki oluşturmak için sistematik bir mekanizma önerilmiştir [22]. Liu, Xu ve Xu [23] çalışmasında yeşil inşaat tedarik zinciri performansını değerlendirmek için SCORcard ve SCOR modeli ile değerlendirme sistemi oluşturulmuştur.…”

Section: öNceki̇ çAlişmalar (Literature Review)unclassified

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Tedarik zinciri performans değerlendirmesi için yeni bir yaklaşım

Erik

Kuvvetli

2020

Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi

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 Presentation of SCORcards for a supply chain by examining the SCOR model  Two SCOR model proposal integrated with fuzzy Shannon entropy and Clustering methods  Comparison of methods on a supply chain of 54 companies Figure A. The structure of new approach for performance evaluation with SCOR Model Purpose: The overall objective of this paper is to propose two novel approaches that based on the Supply Chain Operations Reference Model (SCOR), which is seen as a common method for supply chain performance evaluation, and to improve the implementation of SCORcard used to assess supplier performance. Theory and Methods: Two new approaches (Clustering-SCORcard, Weighted-SCORcard) have been proposed apart from SCORcard application by using the studied SCORcard model with clustering and Fuzzy Shannon's Entropy based alpha level methods. For cluster analysis, the k-means method, which is based on the representation of each unit in a cluster and representing the cluster with a center point, was used. For the Fuzzy Entropy-SCORcard approach, five evaluation criteria used in the SCOR model were weighted by using Fuzzy Shannon's Entropy based alpha level and a more specific assessment was made for the supply chain. Results: The methods used in the study are applied to a supply chain includes 54 suppliers. As a result of the application, it is obtained that each approach presents a new perspective in performance evaluation. According to the findings, since the clear distinctions can be made in the clustering analysis, the parity, advantage and upper values used in the SCORcard application have created significant differences. When the Fuzzy Shannon's Entropy based alpha level approach is examined, it is seen that parity, advantage and higher values differ according to the criteria. This results show positive effects of weighting on performance evaluation. Conclusion: Supplier performance is measured not only by sectoral views but also by more specific clusters and weighted assessments of the supply chain through new approaches. This assessment gives an idea about the area in which suppliers should make progress. The clustering study shows which suppliers should be more important for the firm, and considering the characteristics of the clusters, which issues should be developed by suppliers. Similarly, Fuzzy Shannon's Entropy based alpha level approach provides a performance evaluation with considering the weights of criteria that determined by the firm.

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Section: öNceki̇ çAlişmalar (Literature Review)unclassified

Tedarik zinciri performans değerlendirmesi için yeni bir yaklaşım

Erik

Kuvvetli

2020

Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi

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“…In a supply chain, efforts, cooperation and coordination of all facilities are the key factors for achieving successful supply chain management. For delivering orders and services to their customers at the least cost and due time, it is necessary for every facility to optimize its operations [1,2]. 2 A distribution warehouse includes many operations and order picking is considered as one of the most important part of such operations.…”

Section: Introductionmentioning

confidence: 99%

“…For delivering orders and services to their customers at the least cost and due time, it is necessary for every facility to optimize its operations [1,2]. 2 A distribution warehouse includes many operations and order picking is considered as one of the most important part of such operations. According to Bartholdi and Hackman [3], order picking has about 55% of total activities' costs in a warehouse.…”

Section: Introductionmentioning

confidence: 99%

Metaheuristics for A New MINLP Model with reduced response time for On-line Order Batching

Hojaghania¹,

Nematian

Shojaiea³

et al. 2019

Scientia Iranica

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Companies are looking for effective strategies to improve warehouse performance's quality due to customers' dissatisfaction of service. The order picking process is one of the main warehouse management strategies. With increase in the inventory of stored items and in the number of orders received, the picking process and the response time gain greater importance. Effective coordination between order batching and order picking process is of crucial role to enhance warehouse management system efficiency. In this paper, a novel Mixed Integer Nonlinear Programming (MINLP) model for on-line order batching is proposed for improving the warehouse performance, which in turn results in reducing the response and idle times. The proposed method is based on a blocked warehouse using a zoning system, which is called Online Order Batching in Blocked Warehouse with One Picker for each Block (OOBBWOPB). The mentioned model is solved by two algorithm of Artificial Bee-Colony Algorithm (ABC) and Ant-Colony Algorithm (ACO). Two numerical case studies are defined and analyzed in MATLAB software. Based on the results, the model shows better performance with a substantial reduction in the average customer orders response time compare to Zhang et al. (2017) results and the ACO yields better results than ABC.

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Real-time supply chain performance management: An IoT-based framework for continuous improvement

Rezaei

Faghihi-Nezhad

2022

2022 Second International Conference on Distributed Computing and High Performance Computing (DCHPC)

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A multi objective SCOR-Based Decision Alignment for Supply Chain Performance Management

Cited by 5 publications

References 45 publications

Tedarik zinciri performans değerlendirmesi için yeni bir yaklaşım

Tedarik zinciri performans değerlendirmesi için yeni bir yaklaşım

Metaheuristics for A New MINLP Model with reduced response time for On-line Order Batching

Real-time supply chain performance management: An IoT-based framework for continuous improvement

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