LoRA: Low-Rank Adaptation of Large Language Models research paper by Microsoft, 2021
Microsoft · Training and scaling · Jun 17, 2021 · 25,555 citations · 66 upvotes
What it shows
LoRA fine-tunes a large model by training small low-rank matrices, cutting trainable parameters by 10,000 times.
By Edward J. Hu, Yelong Shen, Phillip Wallis and 5 more · arXiv 2106.09685 · PDF
Summarised by hand from the abstract.
More from Microsoft
All 57WebHarbor: Docking Real Websites for Evolving GUI Agent EnvironmentsWebHarbor provides realistic, containerized website environments for training and testing computer-using web agents across complex online tasks.
Microsoft28 upvotesRead →Agent World Model in the Wild: Computer-Use Agent Environment SynthesisThis pipeline creates controllable, open-source environments to safely train and test AI agents on complex, long-horizon computer-use tasks.
Microsoft69 upvotesRead →Self-Evolving Coding Agents via Harness-Policy OptimizationThis framework improves coding agents by recursively alternating between optimizing the agent's policy and the environment harness it uses to interact with code.
Microsoft48 upvotesRead →AesCode: Aesthetic Code Generation with Decoupled Cross-Modal RewardsThis paper introduces a method to improve code-based visual generation by using image-based aesthetic guidance and decoupled rewards to ensure quality and correctness.
Microsoft137 upvotesRead →APT: Feedback-Driven Agentic Post-Training for Text-to-Image GenerationThis paper introduces an automated post-training framework that uses a feedback loop of evaluation and diagnosis to improve text-to-image models.
Microsoft23 upvotesRead →LensErase: A Foundation Model for Erase AnythingThis paper introduces a foundation model designed for versatile image editing and object removal using mask-based inputs and efficient positional encoding.
Microsoft52 upvotesRead →Simplifying and Improving On-Policy Distillation for Few-Step DiffusionThis paper introduces a simplified regression-based method for distilling diffusion models that improves generation speed without requiring complex training techniques.
Microsoft27 upvotesRead →MiniCorp: The Last Mile of the AI Agent FirmMiniCorp is an office simulator that allows researchers to study how agents run companies and generate enterprise data for training.
Microsoft39 upvotesRead →
Other training and scaling papers
TopicScaling Laws for Neural Language ModelsLanguage model loss falls as a smooth power law as model size, data and compute grow.
OpenAI9,592 citations12 upvotesRead →Training Compute-Optimal Large Language ModelsChinchilla: for a fixed compute budget, train a smaller model on more data; parameters and tokens should grow together.
Google DeepMind4,035 citations13 upvotesRead →Megatron-LM: Training Multi-Billion Parameter Language Models Using Model ParallelismMegatron-LM splits each Transformer layer across GPUs to train models with billions of parameters.
NVIDIA3,387 citations5 upvotesRead →DeepSeek LLM: Scaling Open-Source Language Models with LongtermismDeepSeek LLM, an open-source language model project, develops a large dataset and employs SFT and DPO to achieve performance surpassing LLaMA-2 70B and GPT-3.5 in various benchmarks and open-ended evaluations.
DeepSeek872 citations56 upvotesRead →LoRA Learns Less and Forgets LessLoRA learns less than full fine-tuning on code and math, but forgets less of what the model already knew.
Databricks486 citations91 upvotesRead →jina-embeddings-v3: Multilingual Embeddings With Task LoRAjina-embeddings-v3, a large-scale text embedding model, achieves state-of-the-art performance in multilingual and long-context retrieval tasks using Low-Rank Adaptation and Matryoshka Representation Learning.
Jina AI221 citations35 upvotesRead →
About this paper
- Venue
- International Conference on Learning Representations
- Citations
- 25,555, 3,547 influential · Semantic Scholar
- Upvotes
- 66 · Hugging Face
- Lab
- Microsoft · on Companies · on Acquisitions · on Quarterly · on Paydays · on Releases · on TechConf
Changes
Influential citations rose from 3,500 to 3,547.
Citations rose from 25,222 to 25,555.
Influential citations rose from 3,362 to 3,500.
Citations rose from 24,206 to 25,222.
Influential citations rose from 3,299 to 3,362.
Citations rose from 23,799 to 24,206.
Influential citations rose from 3,241 to 3,299.
Citations rose from 23,349 to 23,799.
Influential citations rose from 3,227 to 3,241.
Citations rose from 23,255 to 23,349.
Influential citations rose from 3,222 to 3,227.
Citations rose from 23,235 to 23,255.
Added to the list.