Explain the differences between American mathematics, discrete mathematics, applied mathematics, mat

Discrete mathematics is generally a course of undergraduate study for computer-related majors. Discrete mathematics includes many branches of mathematics such as logic, sets, graph theory, etc., and is actually just a course tailored to meet the needs of computer science students. To study statistics, only a foundation in advanced mathematics is required.

Mathematics and Applied Mathematics: The basic study is theory, and the study is pure mathematics. The graduate stage is mainly engaged in the study of topology, ordinary differential equations, partial differential equations, etc., and the theory is relatively strong, you can consider this major, which requires better basic skills and IQ, and is engaged in teaching and scientific research after graduation.

Statistics: It is also a theoretical study, mainly statistics, probability, etc., and now some schools also offer actuarial and certified public accountant courses in statistics majors, which is not very recommended, and you can enter banks, insurance companies, etc.

Information and Computing Science: It is the former major of computational mathematics, which is divided into two directions: theory and application, the theory is mainly to study the solution method (numerical solution) and stability of equations, as well as the research of parallel algorithms; The basic bias of the application is to engage in pattern recognition (face recognition, iris recognition), etc.; After graduating from theory, they generally become teachers or enter scientific research institutes, and basically enter software companies for application.

Software Engineering: As the name suggests, it is engaged in software design, that is, programmers, and graduated into software companies.

If you plan to find a job after graduating from bachelor's degree, it is recommended to study computational mathematics and software engineering, and then go to a software company after graduation. If you want to keep practicing theory and studying for a high degree, then don't read software engineering, the other three subjects depend on personal hobbies, and you also need to see which discipline is a key discipline in the school you want to apply for, and the teachers and education quality of the key disciplines are very good.

The major of Mathematics and Applied Mathematics is a normal major, my major is Information and Computing Science, and in the School of Mathematical Sciences, the following is a little bit of understanding of the major:

Faculty of Mathematical Sciences Information and Computing Science Major Course Program.

1. Training objectives.

Cultivate high-level professionals with all-round development of morality, intelligence, physical and aesthetics, good mathematical literacy, mastery of the basic theories and methods of information science and computing science, preliminary training in scientific research, and can use the knowledge and proficient computer skills to solve practical problems. Professionals who can adapt to the needs of socialist construction such as scientific research, teaching and application software development and management in scientific research departments, enterprises and institutions, schools, and economic management departments, and provide outstanding talents for higher-level graduate education.

Here's the name of the course I'm going to take.

Mathematical Analysis (1).

Mathematical Analysis (2).

Advanced Algebra (1).

Advanced Algebra (2).

Mathematical Analysis (3).

Analytic geometry. Database management system.

Programming language.

Introduction to Information and Computing Science.

Ordinary differential equation.

Probability Theory and Mathematical Statistics.

Discrete mathematics. Fundamentals of Information Theory.

Numerical calculation methods.

Data structure. Professional internships.

Graduate**. General Physics.

Visual programming.

Mathematical experiments. Network.

Fundamentals of real functions.

Software. Numerical Methods for Differential Equations.

Algorithm design and analysis.

Numerical algebra. Computer graphics.

Operations Research & Planning.

Subtotal General Physics.

Visual programming.

Mathematical experiments. Network.

Software. Algorithm design and analysis.

Numerical algebra. Computer graphics.

Operations Research & Planning.

Subtotal General Physics.

Operations Research & Planning.

Fundamentals of the Theory of Real Variable Functions.

Numerical Methods for Differential Equations.

Algorithm design and analysis.

Numerical algebra. Matrix analysis.

Scientific Computing Software Subtotal.

In my freshman year, I studied Mathematics and Computing Science, and in the second semester of my sophomore year, I began to divide into Mathematics and Applied Mathematics and Information and Computing Science, both of which focused on mathematics. Information and computing science also has high requirements for computer programming.

Your question is like, "How many kinds of plants are there in the world?"

It includes three majors: Mathematics and Applied Mathematics, Information and Computing Science, and Mathematics and Physics.

Extended Materials.

dao：

Introduction to Mathematics and Applied Mathematics:

This major mainly cultivates students to master the basic theories and basic methods of mathematical sciences, and requires students to have the ability to use mathematical knowledge and computers to solve practical problems in reality. or in production and operation, the management department for practical application, development research and management of senior professionals.

Introduction to Information and Computing Science:

The curriculum system and knowledge structure of this major reflect the basic theories of information science and computer science on the basis of a solid mathematical foundation. Through the basic knowledge education of information theory, scientific computing, operations research, etc., and the training of establishing mathematical models, mathematical practice courses, and professional internships, it focuses on cultivating students' ability to solve practical problems such as scientific computing, software development and design, information processing and coding, and cultivating senior professionals who can be competent in the work of information processing, scientific and engineering computing departments.

Introduction to Basic Science in Mathematics and Physics:

This major mainly cultivates outstanding talents with development potential who can be engaged in the teaching and scientific research of basic sciences such as mathematics and physics, especially talents with innovative ability in mathematics and physics, and also cultivates new talents with good mathematical and physical foundation for other disciplines with high requirements for mathematical and physical foundation.

School BAI

Different mathematics departments have different majors.

Example: dao :

1. Nanjing Normal University Edition.

Academy of Mathematical Sciences. Computer science.

The right is the Department of Computational Mathematics.

Department of Financial Mathematics.

Department of Information Engineering.

2Zhejiang University.

Information and Computational Science.

Mathematics and Applied Mathematics.

Statistics and Science Experimental Class (you can choose a major in the sophomore year, and a considerable number of people stay in the Department of Mathematics) 3 Tongji University.

Mathematics and Applied Mathematical Statistics.

Each school is different, and our school has these three: Mathematics and Applied Mathematics (this school has a teaching certificate), Information and Computing Science (many of which are engaged in software development and graduated), and Statistics (this is not clear).

A lot of it is based on the previous two.

Undergraduate programs are generally not subdivided. Graduate students have roughly recommended answers.

Basic Mathematics, Applied Mathematics, Computational Mathematics, Financial Mathematics, Statistics, Operations Research, Topology. There are many fields such as number theory, probability theory, and functional analysis.

Undergraduate statistics at Erbourne University is a good professional course, and the name statistics can be seen as mathematics and statistics, which requires you to have a relatively good mathematical foundation and a higher sensitivity to numbers; The younger sister once studied a course of statistics, and it was very difficult to learn because of his insensitivity to numbers.

Douban Study Abroad Positioning System.

The above link is broken and can be seen.