Computation of Mathematics: Artificial Intelligence II
- Dishann Mondal, International Mersenne Prime Researcher
- April 1, 2024
I. Overview
The advent of AI has revolutionized numerous fields, including education and problem-solving. Despite the significant progress, existing AI chatbots exhibit several limitations when it comes to solving mathematical problems. The inability to comprehend complex mathematical notations, maintain context over extended interactions, and understand abstract mathematical concepts are some of the prominent challenges. This paper outlines the development of an AI-based chat system that aims to address these limitations.
II. Methodology
The proposed system integrates OpenAI's GPT-4 and Anthropic Claude. GPT-4, known for its superior language understanding capabilities, is utilized to decipher complex mathematical notations, while Anthropic Claude, recognized for its learning and reasoning abilities, is employed to maintain context and grasp abstract concepts.
III. AI Computation System
Computation of Mathematics: Artificial Intelligence II
I. Overview
The advent of AI has revolutionized numerous fields, including education and problem-solving. Despite the significant progress, existing AI chatbots exhibit several limitations when it comes to solving mathematical problems. The inability to comprehend complex mathematical notations, maintain context over extended interactions, and understand abstract mathematical concepts are some of the prominent challenges. This paper outlines the development of an AI-based chat system that aims to address these limitations.
II. Methodology
The proposed system integrates OpenAI's GPT-4 and Anthropic Claude. GPT-4, known for its superior language understanding capabilities, is utilized to decipher complex mathematical notations, while Anthropic Claude, recognized for its learning and reasoning abilities, is employed to maintain context and grasp abstract concepts.
III. AI Computation System