Research Article
Application of Bat Algorithm for Transport Network Design Problem
Table 1
A comparative analysis of best, average, and worst solution for all the 5 networks.
| ā | 12 Nodes | 16 Nodes | 20 Nodes | 24 Nodes | 28 Nodes |
| | 62.25 | 256.82 | 443.10 | 480.03 | 596.50 |
| | 70.15 | 222.25 | 338.03 | 459.54 | 541.21 |
| ACO- | 75.40 | 218.29 | 332.10 | 421.29 | 542.15 |
| | 64.81 | 212.21 | 320.21 | 430.31 | 538.10 |
| | 90.14 | 265.02 | 443.00 | 480.27 | 569.17 |
| | 110.21 | 259.17 | 450.41 | 485.17 | 560.11 |
| ACO- | 85.01 | 242.33 | 421.36 | 479.33 | 542.65 |
| | 122.02 | 273.36 | 465.22 | 511.25 | 588.17 |
| | 92.14 | 215.65 | 425.39 | 465.14 | 560.34 |
| | 103.21 | 245.24 | 425.37 | 438.54 | 540.74 |
| ACO- | 87.27 | 220.14 | 414.26 | 450.94 | 528.28 |
| | 93.12 | 242.94 | 399.58 | 465.79 | 561.16 |
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