1. Understand basic concepts: Advanced mathematics involves many abstract concepts, such as limit, derivative and integral. Understanding these concepts is the basis of learning advanced mathematics.

2. Mastering calculation methods: There are many calculation methods in advanced mathematics, such as limit algorithm, derivative rule, substitution integration method, integration by parts and so on. Mastering these calculation methods skillfully is the key to solve the problem of high numbers.

3. Learn to use formulas: There are many formulas in advanced mathematics, such as derivative formula and integral formula. Learning to use these formulas can help us solve problems quickly.

4. Cultivate logical thinking ability: Advanced mathematics requires us to have strong logical thinking ability, be able to analyze problems, summarize and prove by reasoning.

5. Improve problem-solving skills: There are many problem-solving skills in advanced mathematics, such as simplifying problems with symmetry and testing answers with special values. Improving problem-solving skills can help us solve problems faster and better.

6. Enhance spatial imagination: Many concepts and theorems in advanced mathematics are related to geometric figures, so we need to have a certain spatial imagination.

7. Cultivate the ability of self-study: The study of advanced mathematics often requires us to find information and solve problems by ourselves. Therefore, it is very important to cultivate self-study ability for learning advanced mathematics.

8. Pay attention to practical application: Although advanced mathematics is a highly theoretical subject, it is widely used in real life. Therefore, in the process of learning advanced mathematics, we should pay attention to its practical application and combine theoretical knowledge with practical problems.