EsperBERTo Model Card
Model Description
EsperBERTo is a RoBERTa-like model specifically trained from scratch on the Esperanto language using a large corpus from the OSCAR and Leipzig Corpora Collection. It is designed to perform masked language modeling and other text-based prediction tasks. This model is ideal for understanding and generating Esperanto text.
Datasets
- OSCAR Corpus (Esperanto): Extracted from Common Crawl dumps, filtered by language classification.
- Leipzig Corpora Collection (Esperanto): Includes texts from news, literature, and Wikipedia.
Preprocessing
- Trained a byte-level Byte-pair encoding tokenizer with a vocabulary size of 52,000 tokens.
Hyperparameters
- Number of Epochs: 1
- Batch Size per GPU: 64
- Training Steps for Saving: 10,000
- Limit of Saved Models: 2
- Loss Calculation: Prediction loss only
Software and Libraries
- Transformers Library Version: Transformers
- Training Script:
run_language_modeling.py
from transformers import pipeline
fill_mask = pipeline(
"fill-mask",
model="SamJoshua/EsperBERTo",
tokenizer="SamJoshua/EsperBERTo"
)
fill_mask("Jen la komenco de bela <mask>.")
Evaluation Results
The model has not yet been evaluated on a standardized test set. Future updates will include evaluation metrics such as perplexity and accuracy on a held-out validation set.
Intended Uses & Limitations
Intended Uses: This model is intended for researchers, developers, and language enthusiasts who wish to explore Esperanto language processing for tasks like text generation, sentiment analysis, and more.
Limitations:
- The model is trained only for one epoch due to computational constraints, which may affect its understanding of more complex language structures.
- As the model is trained on public web text, it may inadvertently learn and replicate social biases present in the training data.
Feel free to contribute to the model by fine-tuning on specific tasks or extending its training with more data or epochs. This model serves as a baseline for further research and development in Esperanto language modeling.