NVLM 1.0
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NVLM 1.0
Overview :
NVLM 1.0 is part of the cutting-edge series of multimodal large language models launched by NVIDIA ADLR, achieving industry-leading performance in visual-language tasks, comparable to top proprietary and open-access models. This model improves accuracy in pure text tasks following multimodal training. The open-source model weights and Megatron-Core training code offer valuable resources for the community.
Target Users :
NVLM 1.0 is designed for researchers and developers who need to process large amounts of visual and linguistic data, particularly in the fields of machine learning, artificial intelligence, and data science. It aids users in achieving breakthroughs in image recognition, natural language processing, and multimodal interaction.
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Use Cases
Used for image captioning, improving accuracy in understanding image content.
Provides step-by-step mathematical reasoning in problem-solving for mathematics and programming.
Employed for OCR tasks, recognizing and processing text within images.
Features
Achieves industry-leading performance in visual-language tasks.
Improves accuracy in pure text tasks after multimodal training.
Provides open-source model weights and training code for community use and research.
Achieves top scores in benchmarks such as OCRBench and VQAv2.
Demonstrates exceptional instruction-following abilities and image captioning capabilities in multimodal tasks.
Understands humor behind images, performs OCR text label recognition, and reasons about humor.
Executes mathematical reasoning and coding based on visual information.
How to Use
Visit the official NVIDIA ADLR website to download the model weights and training code for NVLM 1.0.
Read the documentation to understand the model architecture and usage.
Fine-tune the model as needed to adapt it to specific visual-language tasks.
Train the model using the Megatron-Core training code.
Utilize the model for tasks such as image captioning, OCR recognition, or mathematical reasoning.
Evaluate the model's performance on specific tasks and optimize based on the results.
Deploy the trained model in real-world applications such as image recognition systems or natural language processing tools.
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