PLANT LOCATION SELECTION USING FUZZY DIGRAPH AND MATRIX METHODS
DOI:
https://doi.org/10.23055/ijietap.2006.13.2.434Keywords:
Plant location selection, Fuzzy digraph and matrix methods, Permanent function, Plant location selection indexAbstract
In the present work, a methodology based on fuzzy digraph and matrix methods is developed for evaluation of alternative
plant locations. Attributes which characterize plant location selection are identified and are called the 'plant location
attributes'. Consideration of these attributes and their interrelations are rudiment in evaluation. Tbis is modeled in terms of
a 'plant location attributes digraph'. The digraph is represented by a one-to-one matrix and the 'permanent function' of this
matrix leads to the development of a characteristic expression, which is useful in comparing the alternative plant locations.
'Plant location selection index' is obtained from the 'pennanent function' of the matrix by substituting numerical values of
the attributes and their interrelations. A step by step procedure for evaluation of 'plant location selection index' is
suggested. The methodology is illustrated by means of an example.
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