Research Article
Deep Learning-Based Methods for Sentiment Analysis on Nepali COVID-19-Related Tweets
Table 4
The architecture of three CNNs proposed in our work.
| Layer | | | | (n, s) | Output shape | (n, s) | Output shape | (n, s) | Output shape |
| Input | — | (17, 1) | — | (3, 1) | — | (300, 1) | Conv1D + Relu | (32, 3) | (15, 32) | (8, 2) | (2, 8) | (32, 3) | (298, 32) | Conv1D + Relu | (16, 3) | (13, 16) | (8, 2) | (1, 8) | (16, 3) | (296, 16) | Flatten + Dropout (0.2) | — | 208 | — | 8 | — | 4736 | Dense + Dropout (0.2) | — | 128 | — | 6 | — | 128 | Dense | — | 64 | — | 4 | — | 64 | Softmax | — | 3 | — | 3 | — | 3 |
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Note that (n, s) denotes the number of filters and filter size for the corresponding CNN model.
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