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  Welcome to **RoBERTArg**!
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- πŸ€– **Model description**:
 
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  This model was trained on ~40k heterogeneous manually annotated sentences (πŸ“š Stab et al. 2018) of controversial topics (abortion etc.) to classify text into one of two labels: 🏷 **NON-ARGUMENT** (0) and **ARGUMENT** (1).
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  **Dataset**
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  ```
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  **Evaluation**
 
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  The model was evaluated using 20% of the sentences (80-20 train-test split).
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  | Model | Acc | F1 | R arg | R non | P arg | P non |
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  | NON-ARGUMENT | 325 | 1790 |
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  **Intended Uses & Potential Limitations**
 
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  The model can be a practical starting point to the complex topic **Argument Mining**. It is a quite challenging task due to the different conceptions of an argument.
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  This model is a part of an open-source project providing several models to detect arguments in text.
 
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  Welcome to **RoBERTArg**!
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+ πŸ€– **Model description**
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  This model was trained on ~40k heterogeneous manually annotated sentences (πŸ“š Stab et al. 2018) of controversial topics (abortion etc.) to classify text into one of two labels: 🏷 **NON-ARGUMENT** (0) and **ARGUMENT** (1).
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  **Dataset**
 
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  ```
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  **Evaluation**
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  The model was evaluated using 20% of the sentences (80-20 train-test split).
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  | Model | Acc | F1 | R arg | R non | P arg | P non |
 
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  | NON-ARGUMENT | 325 | 1790 |
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  **Intended Uses & Potential Limitations**
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  The model can be a practical starting point to the complex topic **Argument Mining**. It is a quite challenging task due to the different conceptions of an argument.
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  This model is a part of an open-source project providing several models to detect arguments in text.