

EAGLE
Overview :
EAGLE is a series of high-resolution, vision-centric multimodal large language models (LLMs) designed to enhance the perception capabilities of multimodal LLMs through a combination of visual encoders and varied input resolutions. The model features a 'CLIP+X' fusion based on channel connections, suitable for visual experts trained on different architectures (ViT/ConvNets) and domains (detection/segmentation/OCR/SSL). The EAGLE model family supports input resolutions over 1K and excels in multimodal LLM benchmarks, particularly in resolution-sensitive tasks such as optical character recognition and document understanding.
Target Users :
The EAGLE model is suitable for researchers, developers, and enterprises, particularly those who need to handle high-resolution images and document understanding tasks. It helps improve model performance in visual and language understanding tasks, while providing a flexible model architecture to adapt to various application scenarios.
Use Cases
In autonomous driving, the EAGLE model can be used to understand and process road signs and traffic signals.
In medical image analysis, the EAGLE model can help identify and classify patterns and anomalies in medical images.
In intelligent customer service systems, the EAGLE model can understand and respond to user queries sent through images and text.
Features
Supports input resolutions over 1K, suitable for high-resolution images and document understanding.
Utilizes CLIP+X fusion technology, integrating various visual encoder architectures and knowledge.
Demonstrates outstanding performance in multimodal LLM benchmarks, especially in optical character recognition and document understanding tasks.
Provides pre-trained models and fine-tuning data for easy use by researchers and developers.
Supports various input types, including images, text, and mixed-modal data.
Offers training and inference code for further model development and application.
Flexible model architecture that can be adjusted and optimized according to different application requirements.
How to Use
1. Clone the EAGLE codebase to your local environment.
2. Create a Python environment and install the necessary dependencies.
3. Prepare pre-training and fine-tuning data.
4. Select the appropriate model architecture and configuration based on your needs.
5. Run the pre-training script to initiate the model's pre-training.
6. Once pre-training is complete, use the fine-tuning script for further model optimization.
7. Utilize the trained model for inference and application development.
8. Refer to the examples and documentation provided by EAGLE to further explore advanced features and applications of the model.
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