adapters and VL_adapter

The unified adapter library provides a general-purpose framework for parameter-efficient transfer learning across modalities, while the vision-language adapter is a specialized implementation of adapter techniques for a specific multimodal task domain, making them complementary tools where VL-Adapter demonstrates one application within the broader adapter-hub ecosystem.

adapters
72
Verified
VL_adapter
39
Emerging
Maintenance 13/25
Adoption 12/25
Maturity 25/25
Community 22/25
Maintenance 0/25
Adoption 10/25
Maturity 16/25
Community 13/25
Stars: 2,802
Forks: 375
Downloads:
Commits (30d): 1
Language: Python
License: Apache-2.0
Stars: 210
Forks: 17
Downloads:
Commits (30d): 0
Language: Python
License: MIT
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Stale 6m No Package No Dependents

About adapters

adapter-hub/adapters

A Unified Library for Parameter-Efficient and Modular Transfer Learning

This library helps machine learning engineers and researchers fine-tune large language models (LLMs) more efficiently. It takes a pre-trained Transformer model and task-specific datasets, then allows you to add and train small, specialized 'adapter' modules. The output is a highly optimized model for specific NLP tasks like text classification or question answering, without needing to retrain the entire large model.

natural-language-processing machine-learning-engineering deep-learning-research model-optimization transfer-learning

About VL_adapter

ylsung/VL_adapter

PyTorch code for "VL-Adapter: Parameter-Efficient Transfer Learning for Vision-and-Language Tasks" (CVPR2022)

This project helps machine learning engineers or researchers efficiently adapt large pre-trained vision-and-language models for new image-text or video-text tasks. It takes existing models like VL-T5 or VL-BART along with your specific dataset (e.g., VQAv2, MSCOCO, TVQA), and outputs a specialized model that performs well on your task with significantly fewer parameters to train. This is ideal for those working on multimodal AI applications.

multimodal-ai vision-language-models transfer-learning natural-language-processing computer-vision

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