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--- |
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task_categories: |
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- text-classification |
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language: |
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- lus |
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pretty_name: Twirling Mizo News Dataset |
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--- |
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# Twirling Mizo News Dataset |
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## Description |
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The **Twirling Mizo News Dataset** is a collection of 6,731 news articles written in the Mizo language. The dataset is categorized into six distinct categories, making it a versatile resource for various Natural Language Processing (NLP) tasks. |
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## Dataset Structure |
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- **Total Entries:** 6,731 |
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- **Columns:** |
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- **Article:** Contains the news articles written in Mizo. |
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- **Category:** The category to which each article belongs. |
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- **Unique Categories:** 6 |
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- Categories include: |
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- *tualchhung* |
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- *khawvel* |
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- *ramchhung* |
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- *infiamna* |
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- *thalai* |
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- *hmarchhak* |
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- **Largest Category:** *tualchhung* (1,686 articles) |
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- **Training Set (80%)**: This set contains 80% of the data for each category and will be used for training machine learning models. |
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- **Testing Set (20%)**: This set contains the remaining 20% of the data for each category and can be used for evaluating the performance of the models. |
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### Example Split |
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For each category, the dataset is split as follows: |
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1. **Category**: "tualchhung" |
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- **Training Set**: 80% of articles in this category. |
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- **Testing Set**: 20% of articles in this category. |
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2. **Category**: "khawvel" |
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- **Training Set**: 80% of articles in this category. |
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- **Testing Set**: 20% of articles in this category. |
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This pattern is applied to all categories in the dataset, ensuring that the splits are balanced and representative of each category. |
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## How to use |
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The `datasets` library allows you to load and pre-process your dataset. The dataset can be downloaded and prepared in one call to your local drive by using the `load_dataset` function. |
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```python |
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from datasets import load_dataset |
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twirling_mizo_news_train = load_dataset("andrewbawitlung/twirling_mizo_news", split="train") |
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twirling_mizo_news_test = load_dataset("andrewbawitlung/twirling_mizo_news", split="test") |
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``` |
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display 3 random indices |
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```python |
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import random |
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for split, dataset in [("train", twirling_mizo_news_train), ("test", twirling_mizo_news_test)]: |
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print(f"Random samples from the {split} dataset:") |
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for idx in random.sample(range(len(dataset)), 5): |
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print(f"Index: {idx}\n{dataset[idx]}\n{'-' * 50}") |
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``` |
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## Potential Use Cases |
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This dataset is suitable for: |
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- **Text Classification:** Train models to classify news into the six predefined categories. |
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- **Language Modeling:** Build language models specifically for Mizo. |
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- **Topic Analysis:** Explore the distribution of news topics in the Mizo language. |
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## Sample Data |
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| Article | Category | |
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|---------|----------| |
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| Assam sorkar chuan hri leng dona kawng hnathawh zawng zawng an buatsaih leh mek thu an sawi | hmarchhak | |
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| Nagaland mi Covid-19 kai pakhat hmuh a nih thu chhuah nghal a ni | hmarchhak | |
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--- |
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## Citation |
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**BibTeX entry and citation info:** |
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``` |
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@inproceedings{bawitlung2023approach, |
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title={An Approach to Mizo Language News Classification Using Machine Learning}, |
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author={Bawitlung, Andrew and Dash, Sandeep Kumar and Lalramhluna, Robert and Gelbukh, Alexander}, |
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booktitle={International Conference on Data Science and Network Engineering}, |
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pages={165--180}, |
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year={2023}, |
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organization={Springer} |
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} |