Research Article

Efficient Parallel Sorting for Migrating Birds Optimization When Solving Machine-Part Cell Formation Problems

Table 29

MBO using parallel quick sort algorithm with 1 thread.

ID OPT Optimum Execution time Cycle Time cycle
MBO AVG SD RPD% BET AVG ST BC AVG SD BTC AVG SD

B1 11 11 11.0000 0.0000 0.00 156 193 68.9999 2 7 3.1195 9 41 17.8353
B2 11 11 11.0000 0.0000 0.00 153 165 18.8674 2 4 1.1538 8 19 8.8834
B3 11 11 11.0000 0.0000 0.00 153 161 19.3106 2 4 1.3827 8 19 6.5820
B4 11 11 11.0000 0.0000 0.00 153 167 25.8893 2 4 1.8014 8 20 9.8274
B5 11 11 11.0000 0.0000 0.00 154 177 33.0442 2 5 2.6769 9 29 17.8432
B6 7 7 7.0000 0.0000 0.00 154 165 11.4363 1 8 5.7640 4 38 25.6395
B7 6 6 6.0645 0.2497 0.00 153 159 3.8032 2 8 5.1941 9 36 22.4181
B8 4 4 4.2581 0.6816 0.00 152 158 5.4317 3 9 7.4731 12 38 30.7397
B9 3 3 3.0968 0.3005 0.00 153 168 20.1787 2 5 2.6102 10 25 11.7018
B10 3 3 3.0000 0.0000 0.00 152 158 7.1719 2 4 1.5794 8 17 6.8647
B11 4 4 4.1613 0.3739 0.00 154 162 8.1435 4 11 8.0349 16 48 34.9012
B12 4 4 4.0000 0.0000 0.00 152 154 1.6950 2 4 1.7064 8 18 6.9414
B13 4 4 4.0000 0.0000 0.00 152 154 2.0832 2 6 3.3636 8 25 13.6855
B14 3 3 3.4516 0.5680 0.00 152 168 22.8717 2 6 4.3793 8 27 19.2045
B15 1 1 1.4194 0.8860 0.00 153 175 34.8684 3 7 3.2531 12 33 16.1056
B16 14 14 14.0000 0.0000 0.00 159 221 63.7515 2 7 4.2848 11 41 21.9744
B17 13 13 13.0000 0.0000 0.00 154 178 48.9971 2 4 1.7026 9 22 9.6839
B18 13 13 13.0000 0.0000 0.00 152 155 4.3855 3 6 2.3655 12 24 10.3454
B19 13 13 13.0968 0.5388 0.00 152 153 2.1513 2 7 5.6009 8 30 22.7850
B20 13 13 13.0000 0.0000 0.00 152 153 1.5027 2 7 5.0298 8 32 20.2303
B21 9 9 9.0968 0.3005 0.00 154 158 3.0132 1 10 8.6519 4 43 35.6950
B22 6 6 6.1613 0.3739 0.00 152 156 4.0430 2 6 4.0364 8 26 16.4319
B23 6 6 6.0968 0.3005 0.00 152 153 1.4803 3 6 4.5416 12 27 18.2106
B24 5 5 5.3871 0.6152 0.00 152 153 1.5394 2 5 2.4132 8 23 9.6668
B25 4 4 4.4516 0.8500 0.00 152 154 1.8757 2 5 1.8567 8 23 7.7759
B26 5 5 5.0000 0.0000 0.00 154 158 4.2421 2 9 6.0213 8 40 25.2638
B27 3 3 3.0323 0.1796 0.00 152 156 3.4467 1 6 4.3334 4 27 17.5791
B28 3 3 3.3548 0.5507 0.00 152 154 2.4328 3 5 1.9724 12 24 8.1028
B29 3 3 3.2581 0.4448 0.00 152 154 3.9059 2 5 2.6126 8 23 10.6863
B30 2 2 2.2581 0.5143 0.00 152 154 1.8062 4 8 3.8077 16 32 15.4194
B31 7 7 7.0000 0.0000 0.00 154 166 12.3793 3 9 3.5214 12 39 14.8130
B32 4 4 4.1935 0.7492 0.00 154 161 9.6416 3 8 5.6009 12 35 23.3415
B33 4 4 4.1290 0.4995 0.00 152 160 7.4242 1 5 2.9712 4 24 12.6727
B34 4 4 4.0645 0.3592 0.00 152 156 4.2459 3 6 4.2170 12 28 17.9599
B35 4 4 4.9032 1.0118 0.00 153 166 10.7510 2 5 3.7626 8 26 16.9638
B36 13 13 13.0000 0.0000 0.00 155 177 17.3078 3 8 4.6900 12 38 23.3320
B37 10 10 10.5161 0.8896 0.00 153 165 14.0154 2 6 4.9622 8 26 20.6570
B38 8 8 8.0645 0.2497 0.00 152 165 14.2440 2 11 7.5177 8 52 33.8136
B39 5 5 5.3548 1.3796 0.00 154 168 10.6828 2 6 2.8136 8 27 13.6350
B40 5 5 5.1935 0.6011 0.00 152 162 7.7362 2 5 2.0832 8 22 8.8589
B41 8 8 8.0000 0.0000 0.00 154 177 24.0561 1 10 7.6418 4 47 36.2878
B42 8 8 8.0000 0.0000 0.00 153 182 36.9639 2 4 1.4081 8 20 10.2833
B43 8 8 8.0968 0.5388 0.00 162 268 137.6530 2 4 2.1463 12 33 27.5295
B44 5 5 5.8710 1.3842 0.00 155 172 21.8345 2 5 3.8857 8 27 19.0926
B45 5 5 5.8710 1.3842 0.00 153 182 50.6757 2 6 3.1036 8 29 20.3958
B46 8 8 8.1935 0.4016 0.00 172 219 56.1605 3 10 5.7329 15 60 43.2816
B47 5 5 5.0968 0.5388 0.00 166 207 40.9797 2 6 5.1442 10 40 29.2231
B48 5 5 5.0645 0.3592 0.00 163 170 5.2351 2 5 2.6258 8 26 12.1034
B49 5 5 5.1935 0.6011 0.00 160 170 8.4292 2 5 3.0754 9 24 13.6420
B50 5 5 5.5806 0.9228 0.00 160 174 21.8488 1 6 5.7528 4 28 25.8977
B51 27 27 28.3548 0.9504 0.00 167 198 36.1613 3 20 9.4901 14 106 48.8988
B52 18 18 18.7742 0.6688 0.00 155 159 3.0282 4 19 10.1538 17 84 42.9794
B53 11 11 11.0000 0.0000 0.00 154 159 4.8285 5 10 3.0593 20 43 13.3710
B54 11 11 11.0000 0.0000 0.00 152 156 2.9388 3 9 3.0061 12 38 12.4134
B55 7 7 7.0000 0.0000 0.00 154 164 12.3552 4 13 6.6611 16 57 28.3718
B56 6 6 6.0000 0.0000 0.00 154 175 24.3904 5 9 3.9809 22 44 17.8687
B57 6 6 6.0000 0.0000 0.00 153 163 6.9322 4 11 5.2964 16 50 24.4128
B58 6 6 6.0000 0.0000 0.00 153 156 3.5822 5 10 5.6569 21 41 23.9429
B59 9 9 9.0323 0.1796 0.00 155 166 5.9601 2 12 6.4739 8 54 27.6165
B60 4 4 4.5161 1.3631 0.00 154 163 7.2272 5 11 4.4119 21 49 19.4739
B61 4 4 4.2581 0.6308 0.00 154 158 6.1989 2 9 3.6644 8 41 15.6830
B62 4 4 4.1290 0.5623 0.00 153 156 2.4999 5 10 4.2704 20 42 17.9183
B63 27 27 27.2903 0.4614 0.00 155 166 6.3789 5 17 8.5487 26 77 38.2296
B64 18 18 18.2903 0.5287 0.00 157 165 6.0370 7 23 9.6062 28 104 42.0711
B65 14 14 14.1613 0.4544 0.00 154 160 4.3692 4 15 8.1672 17 65 36.0926
B66 13 13 13.0000 0.0000 0.00 154 163 8.8223 5 9 2.8923 20 42 12.0080
B67 11 11 11.0323 0.1796 0.00 159 170 7.5927 4 12 5.8966 17 55 26.7593
B68 8 8 8.5484 1.7481 0.00 154 162 7.1544 3 11 5.3146 12 50 22.5538
B69 8 8 8.3548 0.5507 0.00 153 156 2.4425 4 12 6.3070 16 51 25.7643
B70 6 6 6.2581 0.6308 0.00 153 156 2.2671 3 10 5.7856 12 44 23.9520
B71 6 6 6.0645 0.3592 0.00 156 181 27.7347 2 13 8.4332 11 64 39.5748
B72 4 4 4.1290 0.3408 0.00 155 177 29.3796 8 14 5.3225 36 64 23.1387
B73 4 4 4.5484 0.5680 0.00 153 182 46.2198 5 12 5.6883 20 63 40.8649
B74 3 3 3.4839 0.6768 0.00 153 181 24.0085 5 13 7.7974 22 62 38.6443
B75 11 11 11.7742 1.0866 0.00 164 216 65.0219 7 19 8.5961 30 102 42.8679
B76 5 5 5.1290 0.4995 0.00 154 159 3.2132 4 12 6.9587 19 50 28.7074
B77 5 5 5.9355 1.0626 0.00 154 159 2.5791 3 11 6.9711 13 50 29.2492
B78 4 4 4.7419 1.4135 0.00 153 158 2.8838 4 15 9.7257 20 64 40.5362
B79 14 14 14.0000 0.0000 0.00 156 162 5.3378 4 11 5.1178 18 49 21.6838
B80 11 11 11.0000 0.0000 0.00 153 159 2.9928 4 10 3.3575 16 46 14.4630
B81 11 11 11.2903 1.0064 0.00 153 158 2.8994 5 12 5.9435 21 52 25.2294
B82 10 10 10.6129 0.9892 0.00 154 158 2.6680 2 10 5.5058 8 45 22.8974
B83 12 12 12.0000 0.0000 0.00 156 165 6.5898 4 10 3.6210 20 46 14.5889
B84 12 12 12.0645 0.3592 0.00 155 163 5.1148 4 10 5.6932 18 44 24.3315
B85 8 8 8.9355 1.2893 0.00 155 161 5.5007 4 16 8.2380 16 69 35.8578
B86 8 8 8.0645 0.2497 0.00 153 165 10.2890 3 10 4.3411 15 46 18.2102
B87 10 10 10.5484 0.9605 0.00 157 177 13.8084 5 18 7.6776 23 87 37.4388
B88 8 8 8.2581 1.4368 0.00 154 166 13.5674 5 10 5.8803 24 46 24.4021
B89 8 8 8.0323 0.1796 0.00 156 168 18.2189 6 9 3.7301 24 43 20.6299
B90 5 5 5.3871 1.0223 0.00 153 164 9.5021 4 12 5.7030 18 54 24.8741

ā€‰ā€‰ AVG 8.1115 0.4667 0.00 154 167 15.5926 3 9 4.8703 13 42 22.3487