Research Article
Using Black Hole Algorithm to Improve EEG-Based Emotion Recognition
Table 1
Parameter setting to the entropy and the black hole algorithm.
| Section | Component | Description | Value |
| Data selection | Number of sessions | Emotion elicitation trials | 563 | Frequency | Each second has 128 samples or values | 128 Hz | Frame | To classify each frame it lasts 9 seconds, without overlapping | 9 sec. |
| Sample entropy | | Number of samples | 128 samples | | Embedded dimension | 2 | | Probability of similarity on two simultaneous datasets | 0.15 |
| Empirical Mode Decomposition | Order | Number of IMFs | 4 |
| Black Hole Algorithm | | Number of stars (solutions) | 30 | | Maximum iterations | 100 |
| Miscellaneous | – | Runs of the approximate approach | 30 | – | Number of used cores (processors) | 8 |
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