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Table 8 Optimal basic feasible solution of various test problems

From: Variants of transshipment problem

Test problem no.

Problem no./type

Number of iterations

Optimal objective function value

Optimal basic feasible solution (ignoring the allocations in diagonal cells)

7.1

Impaired Flow (P4) P ′ = 40

5

10

x 14 = 1, x 23 = 3, x15 = 3, x25 = 2, x54 = 5

7.2

Enhanced Flow (P6) P ′ = 48

6

40

x 14 = 4, x 34 = 2, x25 = 5, x53 = 5

7.3

Impaired Flow (P4) P ′ = 115

5

33

x 12 = 3, x 23 = 15, x15 = 5, x54 = 10

7.4

Enhanced Flow (P6) P ′ = 130

5

80

x 14 = 8, x 23 = 22, x 34 = 2, x25 = 5, x53 = 10

7.5

Impaired Flow (P4) P ′ = 540

17

82

x 23 = 8, x 2,10 = 4, x 38 = 9, x 39 = 10, x 43 = 6, x 45 = 9, x 56 = 6, x 57 = 11, x 1,11 = 10

7.6

Enhanced Flow (P6) P ′ = 555

12

119

x 12 = 10, x 23 = 18, x 2,10 = 4, x 38 = 9, x 39 = 23, x 43 = 9, x 45 = 6, x 56 = 8, x 57 = 11, x 11,6 = 5, x 3,11 = 13

7.7

Case-I (P8)

(P10)

3

30

x 14 = 4, x 23 = 5, x 34 = 2, x15 = 3

7.8

5

23

x 12 = 3, x 14 = 1, x 23 = 8, x54 = 5

7.9

Case-II (P12)

(P13)

5

24

x 12 = 2, x 14 = 2, x 23 = 7, x54 = 8

7.10

4

30

x 14 = 6, x 23 = 3, x15 = 2, x25 = 4

7.11

Case-III (P14)

(P15)

4

36

x 14 = 7, x 23 = 10, x15 = 1, x25 = 8

7.12

6

36

x 14 = 4, x 23 = 10, x54 = 11