Aquila-VL-2B-llava-qwen
A
Aquila VL 2B Llava Qwen
Overview :
The Aquila-VL-2B model is a visual-language model (VLM) trained on the LLava-one-vision framework, utilizing the Qwen2.5-1.5B-instruct model as the language model (LLM) and the siglip-so400m-patch14-384 as the visual tower. This model was trained on the self-constructed Infinity-MM dataset, which contains approximately 40 million image-text pairs, combining open-source data collected from the internet with synthetic instruction data generated using open-source VLM models. The open-source nature of the Aquila-VL-2B model aims to advance multimodal performance, especially in the integrated processing of image and text.
Target Users :
The target audience includes researchers, developers, and enterprises that need to process and analyze large volumes of image and text data for intelligent decision-making and information extraction. The Aquila-VL-2B model provides powerful visual-language understanding and generation capabilities, helping to enhance data processing efficiency and accuracy.
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Use Cases
Example 1: Using the Aquila-VL-2B model for content analysis and description generation of images posted on social media.
Example 2: Automatically generating descriptive text for product images in e-commerce platforms to enhance user experience.
Example 3: In the education sector, providing students with more intuitive learning materials and interactive experiences through the integration of images and texts.
Features
? Supports Image-Text-to-Text conversion
? Built on Transformers and Safetensors libraries
? Supports multiple languages, including Chinese and English
? Enables multimodal and dialogue generation
? Supports text generation inference
? Compatible with inference endpoints
? Handles large-scale image-text datasets
How to Use
1. Install required libraries: Use pip to install the LLaVA-NeXT library.
2. Load the pretrained model: Load the Aquila-VL-2B model using the load_pretrained_model function from llava.model.builder.
3. Prepare image data: Load images using the PIL library and process image data using the process_images function from llava.mm_utils.
4. Create dialogue templates: Select appropriate dialogue templates based on the model and construct questions.
5. Generate prompts: Combine the questions and dialogue templates to create input prompts for the model.
6. Encode inputs: Use the tokenizer to encode the prompts into a format understandable by the model.
7. Generate outputs: Call the generate function of the model to produce text outputs.
8. Decode outputs: Use the tokenizer.batch_decode function to convert the model outputs back into readable text.
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