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Table 4 The score \( S(x)=\mathcal{A}(x){e}^{\to } \) for each xX xX

From: Optimal alternative for suitability of S-boxes to image encryption based on m-polar fuzzy soft set decision-making criterion

S(x1)

=

(9.0210, 7.75733, 8.295)e

=

9.0210 × 8.00 + 7.75733 × 1.00 + 8.295 × 60.00

=577.62

S(x2)

=

(52.7834, 60, 41.4863)e

=

52.7834 × 8.00 + 60 × 1.00 + 41.4863 × 60.00

=2971.4

S(x3)

=

(60, 60, 42.8005)e

=

60 × 8.00 + 60 × 1.00 + 42.8005 × 60.00

=3108.0

S(x4)

=

(52.7318, 60, 52.7318)e

=

52.7318 × 8.00 + 60 × 1.00 + 52.7318 × 60.00

=3645.7

S(x5)

=

(60, 60, 42.5787)e

=

60 × 8.00 + 60 × 1.00 + 42.5787 × 60.00

=3094.7

S(x6)

=

(60, 60, 43.4417)e

=

60 × 8.00 + 60 × 1.00 + 43.4417 × 60.00

=3146.5

S(x7)

=

(60, 60, 42.6146)e

=

60 × 8.00 + 60 × 1.00 + 42.6146 × 60.00

=3096.8

S(x8)

=

(59.0217, 60, 42.673)e

=

59.0217 × 8.00 + 60 × 1.00 + 42.673 × 60.00

=3092.5

S(x9)

=

(60, 60,42.3666)e

=

60 × 8.00 + 60 × 1.00 + 42.3666 × 60.00

=3081.9