Pretraining Language Models on Historical Text
📰 ArXiv cs.AI
Learn how to pretrain language models on historical text to improve performance on related tasks and datasets
Action Steps
- Collect historical text data from diverse archival sources
- Preprocess the data to prevent temporal leakage and ensure temporal consistency
- Train a language model exclusively on the historical text data
- Evaluate the model using reliable and temporally consistent metrics
- Fine-tune the model for specific downstream tasks on historical text
Who Needs to Know This
NLP researchers and engineers can benefit from this knowledge to develop more accurate and informative language models for historical text analysis
Key Insight
💡 Pretraining language models on historical text can improve performance on related tasks and datasets, but requires careful consideration of data quality, temporal leakage, and evaluation metrics
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📚 Pretrain language models on historical text to unlock new insights! 🤖
Key Takeaways
Learn how to pretrain language models on historical text to improve performance on related tasks and datasets
Full Article
Title: Pretraining Language Models on Historical Text
Abstract:
arXiv:2606.02991v1 Announce Type: cross Abstract: We introduce TypewriterLM, a 7.24B History language model (LM) trained exclusively on English text predating 1913. Developing History LMs requires addressing challenges in data quality and availability, preventing temporal leakage, designing temporally consistent post-training pipelines, and constructing reliable evaluations. To address these issues, we construct TypewriterCorpus, a 54B-token historical corpus collected from diverse archival and
Abstract:
arXiv:2606.02991v1 Announce Type: cross Abstract: We introduce TypewriterLM, a 7.24B History language model (LM) trained exclusively on English text predating 1913. Developing History LMs requires addressing challenges in data quality and availability, preventing temporal leakage, designing temporally consistent post-training pipelines, and constructing reliable evaluations. To address these issues, we construct TypewriterCorpus, a 54B-token historical corpus collected from diverse archival and
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