LoRA (Low-Rank Adaptation) is a popular technique for fine-tuning LLM (Large Language Model), originally proposed by researchers from Microsoft in the paper "LORA: LOW-RANK ADAPTATION OF LARGE LANGUAGE MODELS"proposed in.

In today's fast-paced technology landscape, large AI models are driving breakthrough advances in a variety of fields. However, customizing these models for specific tasks or datasets can be a computationally and resource-intensive endeavor. LoRA (Low Level Adaptation) is a breakthrough, efficient fine-tuning technology, which can leverage the power of these advanced models for custom tasks and datasets without straining resources or being too costly. The basic idea is to design a low-rank matrix that is then added to the original matrix. In this context, an "adapter" is a set of low-rank matrices that, when added to a base model, produce a fine-tuned model. It allows performance close to that of full-model fine-tuning with less space requirements. Language models with billions of parameters may only require millions of parameters for LoRA fine-tuning.

References

【1】https://www.ml6.eu/blogpost/low-rank-adaptation-a-technical-deep-dive

【2】https://zh.wikipedia.org/wiki/_()