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@@ -69,21 +69,23 @@ print(target_format)
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  ### Data Splits
 
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  | split | number of texts | description |
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  |:------------------------|-----:|------:|
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- | test_2020 | 573 | test dataset from September 2019 to August 2020 |
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- | test_2021 | 1679 | test dataset from September 2020 to August 2021 |
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- | train_2020 | 4585 | training dataset from September 2019 to August 2020 |
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- | train_2021 | 1505 | training dataset from September 2020 to August 2021 |
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- | train_all | 6090 | combined training dataset of `train_2020` and `train_2021` |
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- | validation_2020 | 573 | validation dataset from September 2019 to August 2020 |
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- | validation_2021 | 188 | validation dataset from September 2020 to August 2021 |
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- | train_random | 4564 | randomly sampled training dataset with the same size as `train_2020` from `train_all` |
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- | validation_random | 573 | randomly sampled training dataset with the same size as `validation_2020` from `validation_all` |
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- | test_coling2022_random | 5536 | random split used in the COLING 2022 paper |
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- | train_coling2022_random | 5731 | random split used in the COLING 2022 paper |
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- | test_coling2022 | 5536 | temporal split used in the COLING 2022 paper |
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- | train_coling2022 | 5731 | temporal split used in the COLING 2022 paper |
 
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  For the temporal-shift setting, model should be trained on `train_2020` with `validation_2020` and evaluate on `test_2021`.
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  In general, model would be trained on `train_all`, the most representative training set with `validation_2021` and evaluate on `test_2021`.
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  **IMPORTANT NOTE:** To get a result that is comparable with the results of the COLING 2022 Tweet Topic paper, please use `train_coling2022` and `test_coling2022` for temporal-shift, and `train_coling2022_random` and `test_coling2022_random` fir random split (the coling2022 split does not have validation set).
 
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  ### Data Splits
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+
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  | split | number of texts | description |
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  |:------------------------|-----:|------:|
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+ | test_2020 | 376 | test dataset from September 2019 to August 2020 |
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+ | test_2021 | 1693 | test dataset from September 2020 to August 2021 |
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+ | train_2020 | 2858 | training dataset from September 2019 to August 2020 |
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+ | train_2021 | 1516 | training dataset from September 2020 to August 2021 |
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+ | train_all | 4374 | combined training dataset of `train_2020` and `train_2021` |
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+ | validation_2020 | 352 | validation dataset from September 2019 to August 2020 |
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+ | validation_2021 | 189 | validation dataset from September 2020 to August 2021 |
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+ | train_random | 2830 | randomly sampled training dataset with the same size as `train_2020` from `train_all` |
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+ | validation_random | 354 | randomly sampled training dataset with the same size as `validation_2020` from `validation_all` |
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+ | test_coling2022_random | 3399 | random split used in the COLING 2022 paper |
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+ | train_coling2022_random | 3598 | random split used in the COLING 2022 paper |
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+ | test_coling2022 | 3399 | temporal split used in the COLING 2022 paper |
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+ | train_coling2022 | 3598 | temporal split used in the COLING 2022 paper |
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+
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  For the temporal-shift setting, model should be trained on `train_2020` with `validation_2020` and evaluate on `test_2021`.
90
  In general, model would be trained on `train_all`, the most representative training set with `validation_2021` and evaluate on `test_2021`.
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  **IMPORTANT NOTE:** To get a result that is comparable with the results of the COLING 2022 Tweet Topic paper, please use `train_coling2022` and `test_coling2022` for temporal-shift, and `train_coling2022_random` and `test_coling2022_random` fir random split (the coling2022 split does not have validation set).