Research Article
Analysis of Single-Pilot Intention Modeling in Commercial Aviation
Table 1
Analysis of the network architecture of the single-pilot intention model.
| S/N | Name | Type | Activations | Learnables | Description |
| 1 | sequenceInputLayer (sequence input with 92 dimensions) | Sequence input | 92 | — | Input sequence data into the network. | 2 | bilstmLayer (BiLSTM with 32 hidden units) | BiLSTM | 64 | InputWeights RecurrentWeights Bias | Learn bidirectional long-term dependencies between operation sequence time steps. | 3 | fullyConnectedLayer | Fully connected | 11 | Weights Bias | Create a fully connected layer with 11 neurons for the 11 flight intent labels. | 4 | softmaxLayer | Softmax | 11 | — | Applies the softmax function to calculate the probability scores for each flight intent label. | 5 | classificationLayer | Classification output | 11 | — | Output the classification outcome according to the probability scores. |
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