Qwen2-VL
Q
Qwen2 VL
Overview :
Qwen2-VL is the latest generation visual language model developed on the Qwen2 framework, featuring multilingual support and powerful visual comprehension capabilities. It can process images of varying resolutions and aspect ratios, understand long videos, and can be integrated into devices such as smartphones and robots for automation. It has achieved leading performances on multiple visual understanding benchmarks, particularly excelling in document comprehension.
Target Users :
Qwen2-VL is designed for users needing advanced visual and language processing capabilities, such as researchers, developers, and content creators. It helps users achieve more efficient and intelligent workflows in areas like image recognition, video analysis, and automation.
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Use Cases
Identify plants and landmarks, analyzing relationships between objects within scenes.
Convert handwritten text and formulas from images into Markdown format.
Recognize and transcribe multilingual text within images.
Solve practical problems such as mathematical and programming algorithm challenges.
Features
Comprehend images of varying resolutions and aspect ratios, including multilingual text recognition.
Understand long videos exceeding 20 minutes, suitable for video Q&A and content creation.
Operate visual intelligence agents for smartphones and robots, executing automated tasks.
Support multiple languages, including European languages, Japanese, Korean, etc.
Achieve exceptional results on various visual understanding benchmarks.
Provide open-source code for seamless integration into multiple third-party frameworks, enhancing the development experience.
How to Use
1. Register and obtain an API Key to experience the Qwen2-VL model via the DashScope platform.
2. Install the necessary libraries and tools, such as transformers and qwen-vl-utils.
3. Load the model and processor, adjusting parameters as needed, such as device mapping and minimum/maximum pixel counts.
4. Prepare input data, including image URLs and related textual instructions.
5. Perform inference, generate outputs, decode, and print results.
6. Utilize the model's key functionalities, such as image recognition and video analysis, to address specific problems.
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