Fine-tuning a small LLaMA model on a new Arabic legal dataset yields near-par performance with a larger model, but the generalization claim is tested on the same instructions used during training.
Legal Transformer Models May Not Always Help
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abstract
Deep learning-based Natural Language Processing methods, especially transformers, have achieved impressive performance in the last few years. Applying those state-of-the-art NLP methods to legal activities to automate or simplify some simple work is of great value. This work investigates the value of domain adaptive pre-training and language adapters in legal NLP tasks. By comparing the performance of language models with domain adaptive pre-training on different tasks and different dataset splits, we show that domain adaptive pre-training is only helpful with low-resource downstream tasks, thus far from being a panacea. We also benchmark the performance of adapters in a typical legal NLP task and show that they can yield similar performance to full model tuning with much smaller training costs. As an additional result, we release LegalRoBERTa, a RoBERTa model further pre-trained on legal corpora.
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Can Large Language Models Predict the Outcome of Judicial Decisions?
Fine-tuning a small LLaMA model on a new Arabic legal dataset yields near-par performance with a larger model, but the generalization claim is tested on the same instructions used during training.