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<h1>Transformer Encoder for Social Science (TESS)</h1>
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<h2>Training Corpus</h2>
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| TEXT | SOURCE |
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| ------------- | ------------- |
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| Preferential Trade Agreements | ToTA |
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| Congressional Bills |
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|UNGA Resolutions | UN |
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|Firms' Annual Reports | Loughran and McDonald (2016)|
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| U.S. Court Opinions | Caselaw Access Project|
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The model is trained on 4 NVIDIA A100 GPUs for 120K steps.
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<h1>Transformer Encoder for Social Science (TESS)</h1>
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# Transformer Encoder for Social Science (TESS)
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TESS is a deep neural network model intended for social science related NLP tasks. The model is developed by Haosen Ge, In Young Park, Xuancheng Qian, and Grace Zeng.
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We demonstrate in two validation tests that TESS outperforms BERT and RoBERTa by 16.7\% on average, especially when the number of training samples is limited (<1,000 training instances). The results display the superiority of TESS on social science text processing tasks.
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The pretrained model weights can be found on Hugging Face: [TESS_768_v1](https://huggingface.co/hsge/TESS_768_v1).
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Working paper coming soon ...
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<h2>Training Corpus</h2>
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| TEXT | SOURCE |
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| ------------- | ------------- |
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| Preferential Trade Agreements | ToTA |
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| Congressional Bills | Kornilova and Eidelman (2019) |
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|UNGA Resolutions | UN |
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|Firms' Annual Reports | Loughran and McDonald (2016)|
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| U.S. Court Opinions | Caselaw Access Project|
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The model is trained on 4 NVIDIA A100 GPUs for 120K steps.
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