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license: mit |
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# π Multimodal Intelligence: 1B Parameter Agent Model |
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Welcome to the future of multimodal AI! This repository hosts our groundbreaking **1 Billion Parameter Multimodal Agent** model, designed to push the boundaries of human-like understanding in diverse, high-impact applications. Whether youβre interested in advanced visual-language tasks, interactive environments, or real-time responses, this model is built to deliver state-of-the-art performance. |
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![MobAgent-1B](kiss.png) |
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## π Key Features |
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- **Unified Multimodal Understanding**: Seamlessly combines text, vision, and other modalities to comprehend and interact in complex scenarios. |
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- **High Efficiency**: Optimized for both speed and accuracy, delivering lightning-fast inferences with minimal resource overhead. |
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- **Scalable to Real-World Applications**: Robust across environments, from personal assistants to high-stakes industrial applications. |
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- **Powerful Interaction Capabilities**: Supports contextual and conditional action predictions, enabling intelligent responses and decision-making. |
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## π¨ Model Details |
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- **Parameters**: 1 Billion |
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- **Modalities Supported**: Text, Image, Vision-Language, and more |
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- **Training Data**: A diverse dataset designed to maximize real-world applicability and multimodal comprehension. |
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- **Architecture**: Built on top of cutting-edge transformers with multimodal embeddings for seamless integration and interpretation of various data types. |
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## π Getting Started |
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To harness the full potential of this multimodal agent, clone this repository and get started with just a few lines of code: |
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```python |
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from transformers import AutoModel, AutoTokenizer |
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tokenizer = AutoTokenizer.from_pretrained("your-model-name") |
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model = AutoModel.from_pretrained("your-model-name") |
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# Example input (customize based on your multimodal task) |
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inputs = tokenizer("Your input text here", return_tensors="pt") |
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outputs = model(**inputs) |
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# Process outputs as per your application's needs |
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``` |
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## π‘ Applications |
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- **Interactive Assistants**: Revolutionize human-machine interaction with context-aware responses. |
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- **Visual Language Tasks**: Achieve high accuracy in image captioning, visual question answering, and more. |
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- **Industrial Use-Cases**: Empower decision-making processes in automation, robotics, and more. |
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## π€ Technical Specifications |
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- **Framework**: Hugging Face Transformers |
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- **Optimized for**: Multimodal understanding and conditional predictions |
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- **License**: Open for research and personal projects (please see the full license details) |
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## π Join Us in Pushing Multimodal Boundaries! |
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We invite developers, researchers, and enthusiasts to explore, experiment, and expand the capabilities of this model. Letβs unlock the true potential of multimodal intelligence together! |
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