Datasets:
Tasks:
Token Classification
Modalities:
Text
Formats:
parquet
Languages:
Estonian
Size:
10K - 100K
License:
Add token classification tage
Browse files
README.md
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@@ -30,6 +30,8 @@ language:
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pretty_name: EstNER
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size_categories:
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- 10K<n<100K
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---
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# Dataset Card for EstNER
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@@ -242,4 +244,4 @@ Originally, the Estonian NER dataset was annotated with PER, ORG and LOC entitie
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pages = "752--761",
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abstract = "This paper presents the annotation process of two Estonian named entity recognition (NER) datasets, involving the creation of annotation guidelines for labeling eleven different types of entities. In addition to the commonly annotated entities such as person names, organization names, and locations, the annotation scheme encompasses geopolitical entities, product names, titles/roles, events, dates, times, monetary values, and percents. The annotation was performed on two datasets, one involving reannotating an existing NER dataset primarily composed of news texts and the other incorporating new texts from news and social media domains. Transformer-based models were trained on these annotated datasets to establish baseline predictive performance. Our findings indicate that the best results were achieved by training a single model on the combined dataset, suggesting that the domain differences between the datasets are relatively small.",
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}
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```
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pretty_name: EstNER
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size_categories:
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- 10K<n<100K
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task_categories:
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- token-classification
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---
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# Dataset Card for EstNER
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pages = "752--761",
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abstract = "This paper presents the annotation process of two Estonian named entity recognition (NER) datasets, involving the creation of annotation guidelines for labeling eleven different types of entities. In addition to the commonly annotated entities such as person names, organization names, and locations, the annotation scheme encompasses geopolitical entities, product names, titles/roles, events, dates, times, monetary values, and percents. The annotation was performed on two datasets, one involving reannotating an existing NER dataset primarily composed of news texts and the other incorporating new texts from news and social media domains. Transformer-based models were trained on these annotated datasets to establish baseline predictive performance. Our findings indicate that the best results were achieved by training a single model on the combined dataset, suggesting that the domain differences between the datasets are relatively small.",
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}
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```
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