

Llava NeXT
Overview :
LLaVA-NeXT is a large multimodal model that handles multi-image, video, 3D, and single-image data through a unified interleaved data format, demonstrating its joint training abilities across different visual data modalities. The model has achieved leading results in multi-image benchmarks and has increased the performance or maintained performance of previous stand-alone tasks through appropriate data mixing in various scenarios.
Target Users :
Targeted at researchers and developers who need to process and analyze large amounts of visual data, particularly in the fields of image recognition, video analysis, and 3D modeling. This technology enables them to complete complex visual tasks more efficiently, enhancing research and development productivity.
Use Cases
Researchers used the LLaVA-NeXT model to conduct multi-image benchmark tests, improving the accuracy of classification tasks.
Developers leveraged the model to extract keyframes from video data for content summarization and highlighting.
Educational institutions adopted LLaVA-NeXT for 3D modeling education, helping students better understand spatial structures.
Features
Multi-image coding: The model can learn to write code based on multi-image learning.
Multi-image and video task transformation: The model can detect differences between two videos and write Twitter posts about the videos.
Real-world application: The model can summarize and retrieve information from multi-images, identify painting styles and different categories, and create image editing prompts.
Interleaved visual instruction adjustment: Use interleaved formats to unify data inputs from different tasks, covering a variety of challenging real-world tasks.
Multi-frame (video) scenarios: Preserve temporal cues across multi-image sequences by sampling video data into multiple frames.
Multi-view (3D) scenarios: Represent 3D environments from different angles through multi-view images for 3D perception.
Single-image scenarios: Divide single images into multiple blocks using AnyRes design for compatibility with interleaved formats.
How to Use
Step 1: Visit the LLaVA-NeXT model's website.
Step 2: Understand the basic functions and application scenarios of the model.
Step 3: Select the appropriate data input format based on your needs, such as multi-image, video, or 3D scenarios.
Step 4: Upload or enter the visual data that needs to be processed.
Step 5: Configure model parameters based on the task type, such as encoding, task transformation, or real-world application.
Step 6: Run the model and wait for the processing results.
Step 7: Analyze the model output and conduct subsequent research or development work based on the results.
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