The stukenov/sozkz-core-qwen-500m-kk-instruct-v1 is a 447 million parameter instruction-tuned Qwen2 Causal LM developed by Saken Tukenov. Fine-tuned from a base model, it is specifically designed to respond to instructions in Kazakh. This model excels at generating structured responses, including markdown and numbered lists, making it suitable for Q&A and dialogue in the Kazakh language.
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Model Overview
The stukenov/sozkz-core-qwen-500m-kk-instruct-v1 is a 447 million parameter instruction-tuned model based on the Qwen2 Causal LM architecture, developed by Saken Tukenov. It is derived from the sozkz-core-qwen-500m-kk-base-v1 model through LoRA SFT (Supervised Fine-Tuning) using approximately 4,882 Alpaca-style instruction pairs generated by Qwen3.5-122B.
Key Capabilities
- Kazakh Language Instruction Following: Specifically trained to understand and respond to instructions exclusively in Kazakh.
- Structured Output: Capable of generating formatted responses, including markdown and numbered lists, as demonstrated in its generation examples.
- Dialogue and Q&A: Optimized for interactive use cases such as question answering and conversational agents in Kazakh.
- Efficient Fine-tuning: Utilizes LoRA with a small trainable parameter count (7.3% of total) for efficient adaptation.
Good For
- Kazakh-specific Applications: Ideal for developers building applications that require instruction-following and text generation in the Kazakh language.
- Educational Tools: Can be used to create interactive learning tools or Q&A systems for Kazakh speakers.
- Content Generation: Suitable for generating structured content, summaries, or responses based on Kazakh prompts.
Limitations
- Kazakh Only: The model is exclusively trained on Kazakh texts and performs poorly with other languages or technical topics like code/mathematics.
- Limited Knowledge Depth: Due to a relatively small SFT dataset (4,882 pairs), its knowledge depth is constrained by the base model.
- Hallucinations: Like other small language models, it may generate plausible but incorrect information, requiring verification.
- No Safety Fine-tuning: Lacks specific safety training and may produce inappropriate content.
- Repetition Penalty Required: Requires a
repetition_penaltyof at least 1.1 during generation to prevent repetitive outputs.