InternLM-XComposer-2.5
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Internlm XComposer 2.5
Overview :
InternLM-XComposer-2.5 is a multifunctional large visual language model that supports long context input and output. It excels in various text-image understanding and generation applications, achieving performance comparable to GPT-4V while utilizing only 7B parameters for its LLM backend. Trained on 24K interleaved image-text context, the model seamlessly scales to 96K long context through RoPE extrapolation. This long context capability makes it particularly adept at tasks requiring extensive input and output context. Furthermore, it supports ultra-high resolution understanding, fine-grained video understanding, multi-turn multi-image dialogue, web page creation, and writing high-quality text-image articles.
Target Users :
InternLM-XComposer-2.5 is targeted towards researchers, developers, content creators, and enterprise users. It is suitable for researchers and developers who need to process large amounts of text and image data, as well as content creators looking to automate the creation of high-quality text and visual content. Enterprise users can leverage it to enhance the generation efficiency of product documentation, marketing materials, and similar content.
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Use Cases
Researchers utilize the model for analyzing and understanding multimodal datasets
Content creators leverage the model to automatically generate text-image combined articles
Enterprise users integrate the model into their products to enhance the automation level of customer service
Features
Long context input and output capability, supporting 96K long context processing
Ultra-high resolution image understanding, supporting arbitrarily scaled high-resolution images
Fine-grained video understanding, treating videos as ultra-high resolution composite images composed of dozens to hundreds of frames
Multi-turn multi-image dialogue support, enabling natural human-machine multi-turn conversations
Web page creation, generating source code (HTML, CSS, and JavaScript) based on text-image instructions
Writing high-quality text-image articles, leveraging Chain-of-Thought and Direct Preference Optimization techniques to enhance content quality
Outperforms or approaches existing open-source state-of-the-art models on 28 benchmark tests
How to Use
Install the necessary environment and dependency libraries, ensuring they meet system requirements
Interact with the model using the provided sample code or API
Adjust model parameters based on specific needs to achieve optimal performance
Utilize the model for text-image understanding and generation tasks
Evaluate the model's output results and iteratively optimize based on feedback
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