

MM1.5
Overview :
MM1.5 is a series of multimodal large language models (MLLMs) designed to enhance capabilities in understanding text-rich images, visual reference grounding, and multi-image reasoning. Based on the MM1 architecture, the model adopts a data-centric training approach and systematically explores the impact of different data mixes throughout the model training lifecycle. The MM1.5 model varies from 1B to 30B parameters and includes both dense and mixture of experts (MoE) variants, providing valuable guidance for future MLLM development research through extensive empirical and ablation studies that detail the training processes and decision insights.
Target Users :
The target audience includes researchers, developers, and enterprises that need to leverage advanced multimodal language models to process and analyze data containing both text and images, thereby enhancing the intelligence of their products or services. The MM1.5 model aids users in optimizing model training and improving performance on specific tasks through detailed training processes and decision insights.
Use Cases
Researchers use the MM1.5 model for text-rich image analysis to improve image recognition accuracy.
Developers leverage the multi-image reasoning capabilities of the MM1.5 model to create a smart application that understands complex scenes.
Companies adopt the specialized variant of the MM1.5 model to enhance the interactive experience of mobile UIs, increasing user satisfaction.
Features
? Enhanced understanding of text-rich images
? Visual reference grounding, providing evidence-based outputs
? Multi-image reasoning capabilities
? Support for a model range from 1B to 30B parameters
? Includes dense and mixture of experts (MoE) variants
? Achieves high performance for small-scale models (1B and 3B) through data optimization and training strategies
? Introduces dedicated variants for video understanding and mobile UI understanding
How to Use
1. Visit the Hugging Face website and search for the MM1.5 model.
2. Read the model's documentation and relevant papers to understand its architecture and functionality.
3. Select the appropriate model variant based on your needs, such as the base version, video understanding version, or mobile UI understanding version.
4. Download the model and deploy it in a local environment or on a cloud platform.
5. Utilize the APIs or interfaces provided by the model to input image and text data for processing.
6. Analyze the output results from the model and adjust parameters as needed to optimize performance.
7. Apply the optimized model in real projects or research to address specific multimodal challenges.
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