What is the communication engineering postgraduate examination and what subjects are taken in the co

It depends on which school you are into, it may be different between each school, I am at the University of Xidian University, and the principle of signal and system and communication is examined. Some schools will test digital signal processing!

I don't know which school you're going to apply to, but the curriculum should be all about signals and systems as the key course. You can find the postgraduate student of the institution you are applying for** on the Internet to check the subjects and reference materials he has examined.

Tsinghua: Signal system + communication principle.

Peking University: Circuit Analysis + Digital Logic + Analog Electronic Technology.

Wuhan University: Signal system + digital signal processing.

Actually, it's all different, but in all fairness, you need to have a solid foundation for learning communication. The key is 5 courses, which must be studied well.

Digital Electrical, Analog Electricals (including Circuit Analysis), Signal Systems, Communication Principles, Digital Signal Processing.

Signals & Systems.

Or add analog-to-digital electricity, DSP

Major in Communication Engineering.

In general, you can take the following four directions and the corresponding professional courses in the four directions:

1. General examination of communication and information systems.

Principles of Communication and Signals & Systems.

2. Signal and information processing will be examined: signal and system and digital signal processing.

3. General examination in the direction of circuits and systems: signal and system, analog electronic technology, circuits, etc. Exciting knowledge.

4. The direction of electromagnetic field and electromagnetic wave will be examined: electromagnetic field and electromagnetic wave, antenna, microwave and the like.

Communication Engineering Postgraduate Examination Content.

The public course of communication engineering is the national examination, and the professional course is the school's independent proposition. Public Courses: Politics, English, Mathematics I; The content of the professional course is different for each school, but the most successful test is "Signals and Systems".

and Principles of Communication. For the specific content of the exam, you still have to look at the admissions brochure of the school you are applying for, and prepare for the exam according to the content of the admissions brochure.

Examination. The General Entrance Examination for Communication Engineering will include: English, Mathematics, Politics and Professional Courses.

The professional course is formulated by the school that the candidate applies for, and what kind of school to choose determines what kind of major the candidate wants to take.

The subjects of the communication engineering postgraduate examination are English and mathematics.

1. Political and professional courses. And the professional course is formulated by the school you are applying for, so it is very important to choose the school, which determines the professional course you want to take.

The employment situation of communication engineering postgraduate examination is:First of all, there are two main directions in terms of the type of employment of communication majors, one is software and the other is hardware. Software such as software development, network design, application software compilation, etc., hardware convenience is mainly to electronic communication devices and other companies.

It mainly involves communication operators, modern communication equipment manufacturing enterprises, related scientific research institutes of electronic information technology research and development, high-tech technology industry companies, public institutions, etc.

Beijing University of Posts and Telecommunications:With Chengdian, Xidian.

It is also called "two telecommunications and one mail", and its information is related to Li Jian's communication project. Both majors of electronic science and technology have entered the "list of world-class disciplines", although they are 211 universities.

However, due to the superior geographical location and strong academic strength, the admission score line is comparable to that of Chengdian's 985.

The difficulty of the postgraduate entrance examination is quite large. There are also Tsinghua University, University of Electronic Science and Technology of China, and Xidian University at the same grade.

Harbin Institute of Technology and many more. Among them, Xidian University is more recommended, with more enrollment, very cost-effective, and it is a traditional electronic university, with a professional and master's degree ratio of about 3-5 to 1.

If you are of average strength:Dalian University of Technology, Chongqing University of Posts and Telecommunications, and Southwest Jiaotong University can be considered.

Xi'an Jiaotong University, Northwestern Polytechnical University.

Shanghai University and so on.

If it's a scumbag:Hohai University.

Shenzhen University, Guilin University of Electronic Technology, Hangzhou Diandian, Lanzhou University, China University of Geosciences. Wait.

Communication Engineering Postgraduate Examination Subjects:

1. Public course test: politics, English, mathematics (number 1).

2. Professional course examination: The subjects tested in each school are not quite the same, and the most auspicious ones are "Signal and System" and "Principles of Communication"; Specifically, you have to look at the admissions brochure of the school you want to apply for, and the scope of the exam will be examined! For example, the school professional course I want to take is only about signals and systems.

Master of Engineering in the field of communication engineering requires mastery of solid basic theories and broad professional knowledge and management knowledge in this field, relatively proficient in a foreign Chinese language, mastery of advanced technical methods and modern technical means to solve engineering problems, and have the ability to independently undertake engineering technology or engineering management.

Curriculum. Basic courses: Dialectics of Nature, Theory of Scientific Socialism, Foreign Languages, Matrix Theory, Stochastic Processes and Queuing Theory, Advanced Algebra, Applied Functional Analysis, Numerical Analysis, etc.

Technical Fundamentals: Fundamentals of Applied Information Theory, Statistical Signal Processing and Dismantling, Digital Communication, Theoretical Basis of System Communication Networks, Digital Signal Processing, Signal Detection and Estimation Theory, Guided Wave Principles and Methods, Microwave Circuit Theory, Advanced Analog Integrated Circuits, Advanced Electromagnetic Field Theory, Guided Wave Optics, Introduction to Semiconductor Optoelectronics, Semiconductor Device Physics, Circuit Optimization Design, Electronic Design Automation, VLSI System Design Basics, Solid State Electronics, Electronic Information Materials and Technology, Modern material analysis technology, software technology foundation, etc.

Professional courses: Professional courses can be determined by each training site according to their respective training directions and the actual needs of the industry.

The above courses can be divided into degree and non-degree courses. The total number of credits of the course shall not be less than 28 credits.

Major in Communication Engineering. The subjects for graduate school are politics and English.

1. Mathematics. 1. Communication principles or signals and systems orDigital Signal Processing

Among them, the professional course examinations of different colleges and universities are different, so it is recommended that students can check and confirm in their own institutions. Graduates of the postgraduate examination in communication engineering can go to the Ministry of Posts and Telecommunications.

The subordinate post and telecommunications administrations and companies are engaged in scientific research, technology development, operation and management.

This major has the characteristics of the integration of science and engineering, mainly involving electronic science and technology.

Basic theory, engineering design and system implementation techniques in the field of information and communication engineering and optical engineering, with mathematics, physics and information theory.

Based on electronics, photonics, information and related components, electronic systems, and information networks as research objects, it has a wide range of applications and rapid development, which is to promote the information industry.

Develop and upgrade the backbone of traditional industries.

Communication Engineering Postgraduate Direction:

The postgraduate examination of communication engineering major can generally take the following four directions and the corresponding professional courses of the four directions:

1. General examination of communication and information systems.

Principles of Communication and Signals & Systems.

2) Signal and Brief Information Processing: Signal and Systems and Digital Signal Processing.

3. General examination in the direction of circuits and systems: signal and system, analog electronic technology, circuits, etc.

4) The direction of electromagnetic field and electromagnetic wave will be generally examined: electromagnetic field and electromagnetic wave antenna micro boy simple wave and the like.

Communication Engineering Postgraduate Entrance Examination is generally examined: English, Mathematics.

1. Political and professional courses. The professional courses are formulated by the school you are applying for, so it is very important to choose a school, which determines the major courses you want to take, you can refer to the enrollment brochure of the school you are applying for to find relevant information.

The postgraduate examination of communication engineering major can generally take the following four directions and the corresponding professional courses of the four directions:

1. General examination of communication and information systems: communication principles and signals and systems.

2. Signal and information processing will be examined: signal and system and digital signal processing.

3. General examination in the direction of circuits and systems: signal and system, analog electronic technology, circuits, etc.

4. The direction of electromagnetic field and electromagnetic wave will be generally examined: electromagnetic field and electromagnetic wave antenna, microwave and the like.

Communication engineering (also known as telecommunication engineering, formerly known as long-distance communication engineering and weak current engineering) is an important branch of electronic engineering, a sub-major of electronic information, and also one of the basic disciplines. This discipline is concerned with the principles and applications of information transmission and signal processing in the communication process. Students will learn the knowledge of communication technology, communication systems and communication networks, and be able to engage in research, design, manufacturing, and operation in the field of communications, as well as in the development and application of communication technologies and equipment in various sectors of the national economy and the defense industry.

This discipline is a field with rapid development and great vitality of information science and technology, especially digital mobile communication, optical fiber communication, and Internet network communication, which have made it unprecedented for people to transmit information and obtain information. Communication engineering has a very broad development prospect, and it is also one of the majors with a serious shortage of talents. Students will learn the knowledge of communication technology, communication systems and communication networks, and be able to engage in research, design, manufacturing, and operation in the field of communications, as well as in the development and application of communication technologies and equipment in various sectors of the national economy and the defense industry.

After graduation, they can engage in research, design, technology introduction and technology development in the fields of wireless communication, television, large-scale integrated circuits, intelligent instruments and applied electronic technology, design and communication engineering. Communication engineering is the study of the transmission of information from the sender (source) to one or more receivers (sink) in the form of electromagnetic waves, sound waves or light waves through electrical pulses. Whether the receiver can correctly recognize the information depends on the level of loss in the transmission.

Signal processing is an important part of communication engineering, including filtering, encoding and decoding.

Beijing Jiaotong University (Professional Degree) Electronic and Communication Engineering Examination Subjects:

101) Ideological and Political Theory.

201) English I.

301) Mathematics I.

918) Principles of Communication.

Communication Engineering Postgraduate Examination Subjects:

1. Public course test: politics, English, mathematics (number 1).

2. Professional course examination: The subjects tested in each school are not the same, and the most common is "Signal and System".

Let's talk to the Principles of Communication; Specifically, you have to look at the admissions brochure of the school you want to apply for, and the scope of the exam will be examined! For example, the school professional courses I want to take are envious and only test signals and systems.

Master of Engineering in the field of communication engineering.

It is required to master solid basic theories and broad professional knowledge and management knowledge in this field, be proficient in a foreign Chinese, master advanced technical methods and modern technical means to solve engineering problems, and have a sense of innovation and the ability to independently undertake engineering technology or engineering management.

Curriculum. Fundamentals: Dialectics of Nature.

Theory of Scientific Socialism, Foreign Languages, Matrix Theory, Stochastic Processes and Queuing Theory, Advanced Algebra.

Apply functional analysis.

numerical analysis, etc.

Technical Fundamentals: Fundamentals of Applied Information Theory, Statistical Signal Processing, Digital Communication, Theoretical Basis of System Communication Networks, Digital Signal Processing.

Signal Detection and Valuation Theory, Guided Wave Principles and Methods, Microwave Circuit Theory, Advanced Analog Integrated Circuits, Advanced Electromagnetic Field Theory, Guided Wave Optics, Introduction to Semiconductor Optoelectronics, Semiconductor Device Physics, Circuit Optimization Design, Electronic Design Automation.

VLSI System Design Basics, Solid-State Electronics, Electronic Information Materials and Technology, Modern Material Analysis Technology, Software Technology Basics, etc.

Professional courses: Professional courses can be determined by each training point according to their respective training directions and the actual needs of the industry.

The above courses can be divided into degree and non-degree courses. The total number of credits of the course shall not be less than 28 credits.