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Presented byA. H. M. Saifuddin       0711020Md. Mizanur Rahman       0711021Sk. Mohiuddin Al Faruq   0711022              ...
Supplier selection is the process of- choosing supplier for any supply chain- optimizing different criteria of Supplier se...
   As global purchasing is becoming more risky.   As the advancement of different technologies in    reducing time and c...
Fuzzy logic approach         - measure supplier performance         - help Decision Making (DM) for appropriate orderingMu...
Analytical Hierarchical Process (AHP)        - for prioritizing alternatives when multiple criteria must be considered    ...
Multi-Criteria Decision Making (MCDM)        - for quality evaluation and performance appraisal        - criteria attribut...
   Quick and saves a lot of money and time.   It’s a dynamic process that in turns provides    opportunities for change ...
   Developed by Deng   used to solve the uncertainty problems under the    discrete data and incomplete information   e...
   Gray Relational Equation   Here i (j) is the jth value in ∆i difference data    series.      is called distinguishin...
   Data collected from Aftab Automobiles for the break    system of Automobiles.   Several Attributes are chosen from di...
Table 1 : Attributes for hydraulic brake system of a vehicle
Table 2: Grey Relational Generation (Normalized, Reference Data Series)              Table 2: Grey Relational Generation (...
Data AnalysisTable 3: Loss Estimates
   Gray Relational Equation   Here i (j) is the jth value in ∆i difference data    series. is called distinguishing coef...
Data AnalysisTable 4: Grey Relational Coefficients and overall Grey  Relational Grade
Results
Results
In Recent times – Grey Relational Theory have found to be most  effective and promising in respect of time and cost. All...
Due to the advantages of Grey multiple attributes decision, this paper proposes -   For new supplier selection, it is ver...
Supplier Selection : Gray Relational Analysis
Supplier Selection : Gray Relational Analysis
Supplier Selection : Gray Relational Analysis
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Supplier Selection : Gray Relational Analysis

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Supplier Selection : Gray Relational Analysis

  1. 1. Presented byA. H. M. Saifuddin 0711020Md. Mizanur Rahman 0711021Sk. Mohiuddin Al Faruq 0711022 Supervised By A.M.M. Nazmul Ahsan Lecturer, Dept. of Industrial Engineering & Management(IEM),KUET.
  2. 2. Supplier selection is the process of- choosing supplier for any supply chain- optimizing different criteria of Supplier selection- managing most critical activities of purchasing in supply chain- involving qualitative and quantitative multi-criteria- consequently bringing out the most promising supplier for the product.
  3. 3.  As global purchasing is becoming more risky. As the advancement of different technologies in reducing time and cost such as Just In Time. Buyer supplier relation is no longer depends solely on the price of the product rather than delivery time, quality and flexibility. It helps assessing competitive market and allocates best option.
  4. 4. Fuzzy logic approach - measure supplier performance - help Decision Making (DM) for appropriate orderingMultiple Attribute Utility Theory (MAUT) - formulate viable sourcing strategies - capable of handling multiple conflicting attributes
  5. 5. Analytical Hierarchical Process (AHP) - for prioritizing alternatives when multiple criteria must be considered - to structure complex problems in the form of a hierarchyMulti-criteria decision model - for outsourcing contracts based on utility function. The utility function includes the impacts on cost, delivery time, and dependability.
  6. 6. Multi-Criteria Decision Making (MCDM) - for quality evaluation and performance appraisal - criteria attributes are both qualitative as well as quantitativeGrey relational Theory - easily captures the dynamic characteristics of different factors that in terms helps to save a lot costs and time.
  7. 7.  Quick and saves a lot of money and time. It’s a dynamic process that in turns provides opportunities for change in the number of attributes easily. It can be easily transform into computer algorithm or program that simply gives a quicker approach in attaining solution. Emphasizes mostly on objective factors rather than trust or dependency.
  8. 8.  Developed by Deng used to solve the uncertainty problems under the discrete data and incomplete information especially for those problems with very unique characteristic
  9. 9.  Gray Relational Equation Here i (j) is the jth value in ∆i difference data series. is called distinguishing coefficient (=0.5).
  10. 10.  Data collected from Aftab Automobiles for the break system of Automobiles. Several Attributes are chosen from different suppliers. Cost and other attribute’s quantities against each Supplier has been tabulated.
  11. 11. Table 1 : Attributes for hydraulic brake system of a vehicle
  12. 12. Table 2: Grey Relational Generation (Normalized, Reference Data Series) Table 2: Grey Relational Generation (Normalized, Reference Data Series)
  13. 13. Data AnalysisTable 3: Loss Estimates
  14. 14.  Gray Relational Equation Here i (j) is the jth value in ∆i difference data series. is called distinguishing coefficient (=0.5).
  15. 15. Data AnalysisTable 4: Grey Relational Coefficients and overall Grey Relational Grade
  16. 16. Results
  17. 17. Results
  18. 18. In Recent times – Grey Relational Theory have found to be most effective and promising in respect of time and cost. All the subjective and objective factors are equally calculated for the entire set of suppliers. This paper has created future opportunities on automation of supplier selection process. It was found to be dynamic process which responds in a quickest possible way for any change.
  19. 19. Due to the advantages of Grey multiple attributes decision, this paper proposes - For new supplier selection, it is very convenient to perform overall measurement based on each company’s requirements. The company can choose its own appropriate goal for each selection factor based on the characteristic demand of raw materials Based on the preceding discussion, it is judged that the proposed Grey multiple attributes decision method is very precise on the whole. It can overcome the ambiguity arising from the measured parameters of each attribute.

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