image-textualization
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Image Textualization
Overview :
image-textualization is an automated framework for generating rich and detailed image descriptions. This framework utilizes deep learning technology, enabling it to automatically extract information from images and generate accurate, comprehensive textual descriptions. This technology holds significant application value in areas such as image recognition, content generation, and assisting individuals with visual impairments.
Target Users :
image-textualization is suitable for researchers and developers who need to automatically generate descriptions for images, such as in image recognition, content recommendation systems, and assistive technology. It can help users process and understand image content more efficiently.
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Use Cases
Researchers use this framework to automatically generate image descriptions to help visually impaired individuals understand image content.
Content recommendation systems leverage descriptions generated by this framework to enhance the accuracy of image retrieval.
Social media platforms utilize this technology to automatically generate descriptions for user-uploaded images, improving user experience.
Features
Automatically extracts information from images
Generates detailed and accurate image descriptions
Supports various image datasets, such as COCO, SAM, and VG
Provides visualization tools to aid in understanding the generated descriptions
Supports custom training and model optimization
Provides detailed installation and usage guides
How to Use
1. Access the GitHub page and clone or download the image-textualization project.
2. Install all necessary dependencies as per the install.md file within the project.
3. Download and organize the required image dataset into the designated directory structure.
4. Refer to the use.md document and run the script to generate image descriptions.
5. Utilize the visualization tools to view and evaluate the generated image descriptions.
6. Adjust model parameters as needed to optimize the description generation results.
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