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8 articles
This article explains Direct Preference Optimization (DPO), a method for fine-tuning language models using preference data, and how it can be implemented using TRL and LoRA tools. It also discusses the importance of auditing preference data for biases.
This article explains how to fine-tune the Qwen3 language model using Low-Rank Adaptation (LoRA) and NVIDIA NeMo AutoModel in a single-GPU Google Colab environment, focusing on parameter-efficient training techniques and automated workflows.
This article explains how customizable AI model weights and techniques like LoRA fine-tuning can make AI systems more flexible, personalized, and human-centered.
Learn how researchers are training an AI model called Gemma-3 to solve math problems using advanced techniques like GRPO and LoRA adapters.
Learn how a new AI system enables faster and more efficient continual learning by running multiple experiments at once using LoRA adapters.
LoRA, a widely used technique for fine-tuning large language models, assumes all updates are similar — a premise that fails in real-world production environments. This limitation is now prompting a reevaluation of its effectiveness in complex, diverse applications.
This article explains how Microsoft's Phi-4-Mini AI model uses quantization, RAG, and LoRA techniques to create efficient, powerful language models that can answer questions and use tools.
Sakana AI introduces Doc-to-LoRA and Text-to-LoRA, hypernetwork techniques that enable instant long-context internalization and zero-shot LLM adaptation via natural language instructions.