Research Article
Structural Damage Identification Based on l1Regularization and Bare Bones Particle Swarm Optimization with Double Jump Strategy
Table 1
Optimal result of three single-objective functions.
| Test function | Algorithms | Parameters | Best optimal value | Average optimal value |
| Ackley | PSO | | 1.479929e − 05 | 1.453575e − 04 | Number of particles = 100 | BBPSO | Number of particles = 100 | 1.23836e − 09 | 3.824170e − 06 | BBPSODJ | , , | 4.590044e − 10 | 2.195117e − 09 | Number of particles = 100 | GA | | 0.0011292069 | 0.4989836612 | | Number of population = 100 |
| Schwefel | PSO | | 2.5455132e − 05 | 2.5455132e − 05 | Number of particles = 100 | BBPSO | Number of particles = 100 | 2.5455132e − 05 | 2.5455132e − 05 | BBPSODJ | , , | 2.5455132e − 05 | 2.5455132e − 05 | Number of particles = 100 | GA | | 2.5455132e − 05 | 0.0147555699 | | Number of population = 100 |
| Schaffer | PSO | | 0 | 2.899789e − 03 | Number of particles = 100 | BBPSO | Number of particles = 100 | 0 | 6.939936e − 03 | BBPSODJ | , , | 0 | 8.243193e − 05 | Number of particles = 100 | GA | | 0.00245585817 | 0.00245585817 | | Number of population = 100 |
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Note. and are the probabilities of crossover and mutation, respectively. |