TAL big model
v1.0
TAL's large model entrance, TAL's large model MathGPT has announced the opening of public beta. Interested users can apply for a test experience through the official website address provided by the editor. The new self-developed AI interactive technology is waiting for your experience.
At TAL's 20th anniversary live broadcast event, CTO Tian Mi announced that MathGPT, TAL's self-developed 100-billion-level large-scale model in the field of mathematics, was officially launched and open to public beta. From now on, users can apply to register an account through the official website for a free trial experience.
When users use MathGPT, they can upload math questions in the form of text or pictures to get conversational answer feedback. They can also use the "random question" button to randomly generate math questions and have the system give answers. Currently, MathGPT supports Chinese and Japanese PC and mobile experiences.
The official website of MathGPT shows that MathGPT's mathematical calculation capabilities have covered mathematics problems in elementary school, junior high school, and high school. The types of questions cover calculation problems, application problems, algebra problems, etc. You can also ask questions on the questions. It is not open to other than mathematics. Q&A interaction.
1. One-click intelligent reasoning: MathGPT has certain reasoning and proof capabilities, and can perform deductions and proofs based on known mathematical conditions and rules. It can assist users in the proof process of mathematical problems and provide reasonable proof steps and reasoning ideas.
2. Mathematical knowledge in multiple fields: MathGPT has built-in rich mathematical knowledge, covering formulas, theorems, concepts, etc. in various mathematical fields. It can quote and apply these mathematical knowledge to provide users with comprehensive mathematical knowledge support.
3. Natural language understanding: MathGPT is good at understanding mathematical problems expressed in natural language and can handle complex statements and problem descriptions. It can accurately understand the background and requirements of the problem and give appropriate answers or suggestions.
4. Scalability and flexibility: MathGPT is a model based on the Transformer architecture and has strong scalability and flexibility. It can be pre-trained and fine-tuned as needed to adapt to different mathematical fields and problem types.
5. High intelligence and accuracy: MathGPT uses natural language processing and machine learning technologies to achieve high intelligence and accuracy. It is trained and optimized at scale, and is extensively validated and tested.
