Bunny
B
Bunny
Overview :
Bunny is a series of lightweight yet powerful multimodal models, providing various plug-and-play view encoders and language backbone networks. By selecting from a broader and more carefully curated dataset, we have constructed richer training data to compensate for the reduced model size. The Bunny-v1.0-3B model outperforms similar-sized and even larger MLLMs (7B) in performance and matches the levels of a 13B model.
Target Users :
["Suitable for developers and researchers engaged in multimodal learning and processing.","Optimized for deploying efficient AI models in resource-constrained environments.","Supports multimodal tasks in both Chinese and English environments.","For users wishing to leverage lightweight models for image and language tasks."]
Total Visits: 474.6M
Top Region: US(19.34%)
Website Views : 53.5K
Use Cases
For joint understanding and generation tasks involving images and text.
Enhancing the user experience in chatbots by integrating image understanding.
As a backend model for multimodal data processing, supporting various intelligent applications.
Features
Provides a range of visual encoder options, such as EVA-CLIP, SigLIP.
Supports multiple language backbone networks, including Llama-3-8B, Phi-1.5, etc.
Builds richer training data through a carefully selected dataset.
The Bunny-v1.0-3B model excels in multilingual environments.
The Bunny-Llama-3-8B-V model, based on Llama-3, demonstrates outstanding performance.
Supports looking up more details on HuggingFace, ModelScope, and wisemodel platforms.
Offers models specifically designed for Chinese Q&A capabilities, such as Bunny-v1.0-3B-zh and Bunny-v1.0-2B-zh.
How to Use
Step 1: Visit Bunny's GitHub page for more information.
Step 2: Select the appropriate model version based on your needs and download it.
Step 3: Install the necessary dependencies, such as torch and transformers.
Step 4: Use the provided code snippets or scripts to preprocess and train the model.
Step 5: Interact with and infer from the model via Gradio Web UI or CLI.
Step 6: Adjust model parameters according to the specific application scenario to achieve optimal performance.
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