Research Article
An Improved Kernel Based Extreme Learning Machine for Robot Execution Failures
Table 5
Comparison of performance by AKELM and KELM learning algorithms for the classification problems.
| Algorithms with different kernel functions | Wine | Diabetes | Training accuracy | Testing accuracy | Training time (seconds) | Training accuracy | Testing accuracy | Training time (seconds) |
| KELM (parameters = 1, Gaussian) | 100% | 100% | 0.0277 | 84.38% | 77.08% | 0.1394 | KELM (parameters = 1, tangent) | 51.33% | 50% | 0.0067 | 73.78% | 73.44% | 0.1326 | KELM (parameters = 1, wavelet) | 100% | 100% | 0.0070 | 86.81% | 76.56% | 0.1347 | KELM (parameters = 10, Gaussian) | 100% | 100% | 0.0083 | 78.99% | 79.17% | 0.0919 | KELM (parameters = 10, tangent) | 39.33% | 42.86% | 0.0023 | 65.80% | 65.63% | 0.0904 | KELM (parameters = 10, wavelet) | 100% | 96.43% | 0.0061 | 80.03% | 77.08% | 0.1361 | AKELM (Gaussian) | 100% | 100% | 17.8594 | 90.45% | 80.21% | 260.7031 | AKELM (tangent) | 97.33% | 100% | 13.9375 | 73.26% | 79.17% | 313.8750 | AKELM (wavelet) | 100% | 100% | 16 | 89.06% | 79.69% | 335.5469 |
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