Qwen2.5-Math
Q
Qwen2.5 Math
Overview :
Qwen2.5-Math is a series of open-source large language models specifically designed for mathematical problems, including a base model and instruction-tuned models. It supports both Chinese and English, utilizing Chain-of-Thought (CoT) and Tool-Integrated Reasoning (TIR) methods to solve math problems. This model has excelled in various mathematical benchmarks, particularly excelling in precise calculations and algorithmic operations. The development of Qwen2.5-Math aims to enhance the application capabilities of large language models in the field of mathematics and promote the advancement of math education and research.
Target Users :
The target audience for Qwen2.5-Math primarily includes educators, students, researchers, and developers who need solutions for mathematical problems. It is particularly suited for users who require efficient and accurate answers to mathematical queries, offering robust support in both academic research and educational settings.
Total Visits: 4.3M
Top Region: CN(27.25%)
Website Views : 52.4K
Use Cases
Teachers use Qwen2.5-Math to provide students with solutions to complex math problems
Researchers leverage the model for verification of mathematical theories and algorithm development
Students enhance their math problem-solving abilities with the model's assistance
Features
Supports bilingual solutions for mathematical problems in both Chinese and English
Utilizes Chain-of-Thought (CoT) and Tool-Integrated Reasoning (TIR) technologies
Achieves high scores on various mathematical benchmark tests
Provides both base and instruction-tuned models to meet diverse needs
Supports the construction of pre-training datasets for mathematics and parameter initialization
Improves problem-solving quality through iterative generation of fine-tuning data and reinforcement learning
Offers a demo experience with support for local code execution
How to Use
Visit the GitHub page or related platform for Qwen2.5-Math
Select and download or use the appropriate model version based on your needs
Read the documentation to understand the model's usage and parameter settings
Set up the required runtime environment in your local or cloud environment
Input mathematical problems and use the model to obtain answers
Analyze and verify the model's output results
Apply the model's solutions in teaching or research
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