Brief introduction of mathematics department

Mathematics Department is one of the earliest departments opened after the reconstruction of Anhui University in 1958. At first, it was designated as the department of mathematics, with two majors: mathematics and mechanics. Since the founding of the school, leaders of the Party and the state, Dong and others have visited the school and taken photos with some teachers and students.

The department of mathematics has three undergraduate majors: mathematics, applied mathematics, statistics and probability, three majors: computing technology and statistical software, accounting electrification and economic mathematics, and three master majors: basic mathematics, statistical probability and applied mathematics. Among them, probability theory and mathematical statistics and basic mathematics (* * *) are provincial key disciplines. The department consists of 6 teaching and research sections and 1 research institute, namely: differential equation teaching and research section, probability theory and mathematical statistics teaching and research section, computational mathematics teaching and research section, economic mathematics teaching and research section, geometric algebra teaching and research section and mathematics research institute. There are more than 80 faculty members, including professors 13, associate professors (28), doctors 15, in-service doctoral students (6) and overseas students (20). Nine teachers received special state allowances. The Department of Mathematics has won many outstanding teaching achievement awards and advanced collectives. The Department of Mathematics has a computer room, a reference room and a language laboratory. There are 6 100 Chinese periodicals, more than 2,500 foreign periodicals, 4,200 Chinese and foreign periodicals (bound volumes), more than 80 microcomputers, 3 photocopiers and 3 laser printers.

research results

Our department has made important research achievements in differential equations, harmonic analysis, matrix analysis, ring and algebraic representation theory, wavelet analysis, semigroup theory, statistical inference, probability limit theory, application of mathematics in geophysics, economic statistics and so on. , and has a certain influence in the field of mathematics at home and abroad. Up to now, 1978 has published 12 books and 650 papers, of which more than 250 have been published in important journals at home and abroad, and 84 have been included by SCI and EI.

Teachers in our department have successively undertaken the National Natural Science Foundation Project 14, the National Earthquake Fund Project 2, the State Education Commission Project 2 and a large number of provincial and ministerial projects, including 2 major national projects and 2 key national natural science foundation projects. In addition, the department of mathematics has had close cooperation with many scientific research units and universities at home and abroad for many years.

Our department cooperated with the Department of Mathematics of China University of Science and Technology, or cooperated with Anhui Science and Technology Commission, and was entrusted by Chinese Mathematical Society, China Probability and Statistics Society and China Logistics Society to host many national conferences on functional differential equations, complex function theory, probability and statistics, operational research and other disciplines, which made positive contributions to the development of various disciplines.

Our department won the second prize of excellent teaching achievements in Anhui universities 1989 and the collective prize of advanced teaching in Anhui universities 1994. Institute of Mathematics won 1996 Advanced Collective Award for Scientific Research in Anhui Universities.

Scientific research direction

Basic mathematics 1. Differential equation 2. Theory of Ring and Algebraic Representation III. Power system 4. Polynomial differential system 5. Topology page 6. Group theory.

Information and computing science 1. Numerical calculation II. Database 3. Software engineering. Scientific software development.

Applied mathematics 1. Matrix theory and its application II. Application of differential equations in ecology and economics. Theory and application of differential equations iv. Nonlinear functional and its application.

Probability theory and mathematical statistics 1. Probability limit theory II. Quantitative statistics and its application III. Used for economic statistics and development analysis

Professional introduction

Mathematics and Applied Mathematics (four-year undergraduate program) this major trains students to master the basic theories and methods of mathematical science, and has the ability to apply mathematical knowledge and solve practical problems with computers. After preliminary training in scientific research, I can engage in research and teaching in the departments of science, technology, education and economy or have knowledge and ability in production, operation and management.

1. Have a solid mathematical foundation, received strict scientific thinking training, and initially mastered the thinking method of mathematical science;

2. Have the preliminary ability to apply mathematical knowledge to solve practical problems, especially to establish mathematical models, and understand the basic knowledge of an application field;

3. Skillful use of computers and the ability to write simple applications;

4. Understand the national science and technology policies and regulations;

5. Understand some new developments and application prospects of mathematical science;

6. Have strong language expression ability, master the basic methods of information query, document retrieval and obtaining relevant information by using modern information technology, and have certain scientific research and teaching ability.

Degree awarded: Bachelor of Science

Statistics (four-year undergraduate course) This major trains senior professionals who have good knowledge of mathematics or mathematical economics, master the basic theories and methods of statistics, skillfully use computers to analyze data, and can engage in the development, application and management of statistical investigation, statistical information management and quantitative analysis in enterprises, institutions and economic management departments, or engage in research and teaching in scientific research and education departments. Through study, students should acquire the following knowledge and abilities:

1. Have a solid mathematical foundation and received strict scientific thinking training;

2. Master the basic theories, knowledge, methods and computer skills of statistics; Have the basic ability to collect data, design questionnaires and process survey data; & lt

3. Understand the basic knowledge of natural science, social science and engineering technology in a certain field related to socio-economic statistics, medical and health statistics, biostatistics or industrial statistics, and have the preliminary ability to apply statistical theory to analyze and solve practical problems in this field;

4. Understand the development trend and application prospect of statistical theories and methods;

5. Skillful use of various statistical software packages and strong statistical calculation ability;

6. Master the basic methods of information inquiry, document retrieval and obtaining relevant information by using modern information technology, and have certain scientific research and practical work ability.

Degree awarded: Bachelor of Science

Information and Computing Science (four-year undergraduate course) This major trains high-level professionals who have good mathematical literacy, master the basic theories and methods of information science and computing science, have received preliminary training in scientific research, can use their knowledge and skilled computer skills to solve practical problems, and can engage in research, teaching, application development and management in the fields of science, technology, education and economy. Through study, students should acquire the following knowledge and abilities:

1. Have a solid mathematical foundation and master the basic theories and knowledge of information science and/or computing science;

2. Skillful use of computers (including common languages, tools and some special software), with basic algorithm analysis, design ability and strong programming ability;

3. Understand an application field and be able to solve some practical problems in scientific research or production by using the theories, methods and skills learned;

4. Understand the new development of theory, technology and application of information science and computing science;

5. Master the basic methods of literature retrieval and data query, and have certain scientific research and software development capabilities.

Degree awarded: Bachelor of Science