Research Article
Implementation of TAGE Method Using Seikkala Derivatives Applied to Two-Point Fuzzy Boundary Value Problems
Table 1
Comparison of three parameters between GS, AGE, and TAGE methods at
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| | | Methods | n | 512 | 1024 | 2048 | 4096 | 8192 |
| Problem | Number of iterations | GS | 681711 | 2431928 | 8548735 | 29480437 | 99066551 | AGE | 96747 | 354438 | 1279808 | 4549671 | 15883620 | TAGE | 77377 | 279463 | 876061 | 2879619 | 10383345 | Execution time | GS | 48.94 | 211.19 | 989.91 | 5719.20 | 32465.10 | AGE | 8.00 | 39.00 | 202.00 | 1310.00 | 8125.00 | TAGE | 7.00 | 31.00 | 141.00 | 822.00 | 5342.00 | Hausdorff distance | GS | | | | | | AGE | | | | | | TAGE | | | | | |
| Problem | Number of iterations | GS | 475487 | 1692329 | 5930853 | 20369573 | 68062962 | AGE | 67638 | 247434 | 891667 | 3161503 | 10997813 | TAGE | 53492 | 187245 | 671456 | 2122064 | 7505046 | Execution time | GS | 35.27 | 155.77 | 764.09 | 4457.31 | 26063.40 | AGE | 6.00 | 27.00 | 141.00 | 912.00 | 5676.00 | TAGE | 5.00 | 20.00 | 107.00 | 608.00 | 3887.00 | Hausdorff distance | GS | | | | | | AGE | | | | | | TAGE | | | | | |
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