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This paper fine-tunes the open-weight Mistral 7B LLM on the Araneum Slovacum VII Maximum corpus (5.3B tokens) to create Mistral-SK-7b, a specialized Slovak language model. The motivation is to address the lack of high-quality, open-source LLMs for low-resource languages like Slovak, where commercial models are proprietary. The resulting Mistral-SK-7b exhibits significantly improved grammatical correctness and contextual coherence in Slovak, eliminating issues like code-switching and repetition loops present in the original Mistral 7B.
Mistral-SK-7b proves that state-of-the-art LLMs can be effectively adapted for low-resource languages, offering a transparent and customizable alternative to proprietary models.
Abstract This study investigates the adaptation of the Mistral 7B large language model for the Slovak language, addressing the limited availability of high-quality open-source models for low-resource languages. While commercial models like GPT-4 and Claude exhibit strong Slovak proficiency, their proprietary nature restricts transparency and customization. To overcome this, we fine-tuned the open-weight Mistral 7B model using the Araneum Slovacum VII Maximum corpus (5.3 billion tokens), creating a specialized Slovak variant, Mistral-SK-7b. The training, conducted on the Leonardo supercomputer (10,000 GPU hours), yielded significant improvements: the fine-tuned model generates grammatically correct and contextually coherent Slovak text, eliminating the errors (code-switching, repetition loops, and lexical interference from other languages) observed in the original Mistral-7B-v0.1. The resulting model, released under the Apache 2.0 license, provides a publicly accessible resource for Slovak NLP applications while preserving the base model’s multilingual capabilities. Our work demonstrates the feasibility of adapting state-of-the-art LLMs for linguistically underrepresented languages and underscores the role of open models in promoting digital language preservation.