Tag: Fine-tuning
All the articles with the tag "Fine-tuning".
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Learning to Think: Information-Theoretic Reinforcement Fine-Tuning for LLMs
This paper introduces Learning to Think (L2T), an information-theoretic reinforcement fine-tuning framework for LLMs that uses a universal dense process reward to optimize reasoning effectiveness and efficiency, achieving significant accuracy and token efficiency gains on math reasoning benchmarks.
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Mixup Model Merge: Enhancing Model Merging Performance through Randomized Linear Interpolation
本文提出Mixup Model Merge (M³) 方法,通过在参数空间中随机线性插值并利用Beta分布采样贡献比例,显著提升了大语言模型合并的性能、分布外鲁棒性和对抗鲁棒性。
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LoRE-Merging: Exploring Low-Rank Estimation For Large Language Model Merging
本文提出LORE-MERGING框架,通过低秩估计构建近似基础模型和任务向量,无需访问原始基础模型即可实现模型合并,并在多个基准数据集上展现出优于传统方法的性能。
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Long-Short Chain-of-Thought Mixture Supervised Fine-Tuning Eliciting Efficient Reasoning in Large Language Models
This paper introduces Long-Short Chain-of-Thought Mixture Supervised Fine-Tuning (LS-Mixture SFT), which combines long and short CoT datasets to fine-tune non-reasoning LLMs, achieving a 2.3% average accuracy improvement and 47.61% response length reduction on reasoning benchmarks.
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Activation-Guided Consensus Merging for Large Language Models
本文提出Activation-Guided Consensus Merging (ACM),通过基于激活值互信息(MI)的层级权重系数调整,实现大型语言模型在Long-to-Short推理任务中的高效合并,显著减少输出冗余并提升推理精度,尤其在小规模模型上效果明显。