What are some must read professional books on communication engineering?

The main one is the Principles of Communication

Principles of Communication precursor courses include Circuit Analysis, Signals and Systems, and College Mathematics

Follow-up courses include "Mobile Communication", "Optical Fiber Communication", "Wireless Communication", "Program-controlled Switching" and so on.

Its counterpart is Digital Signal Processing.

To really learn communication well, these are must-reads.

Communication engineering (also known as information engineering, telecommunication engineering, formerly known as long-distance communication engineering, weak current engineering) is an important branch of electronic engineering, and it is 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. Communication engineering is the study of the transmission of information in the form of electromagnetic waves, sound waves, or light waves from the sender (source) to one or more receivers (sustenance) through electrical impulses.

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.

The professional subjects of each school may be different, but the subjects of the national examination are the same.

1. The subjects of the unified examination include Mathematics I (Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics), English, Politics (Ma Yuan, Mao Zhongte, Outline of Modern History, Reflection, Situation and Policy, and Contemporary World Economy and Politics).

2. Professional subjects and bibliography need to go to the application instructions of the school you are examining, such as BUPT, the main subject of communication is communication principle, and you may also test signal and system, digital signal processing, etc.

Research Interests:

Since the Master of Engineering is a high-level engineering technology and engineering management talent directly cultivated for enterprises, the coverage of the industry is: communication systems and communication networks and their equipment.

Radio and television systems and equipment, electronic instrumentation, integrated circuits and microelectronic systems, electronics, photonics and optoelectronic components, electric vacuum devices, household appliances, microwave devices, equipment and systems, electronic materials and nanomaterials, etc.

Integrated Circuit Design and Manufacturing, Electronic Design Automation (EDA) Technology and Its Applications, Circuit Technology for Communication and Measurement Systems, Microwave Technology and Its Applications, Microwave Transmission, Radiation and Scattering, Microwave Circuits, Microwave Components, Microwave Engineering, Optoelectronics and Optical Fiber Communication Engineering.

Information Optoelectronic Engineering, Electron Beam, Ion Beam and Display Engineering, Vacuum Electronic Engineering, Electronics and Optoelectronic Devices, Microelectronic System Design and Fabrication, Nanomaterials and Technology.

Different schools will have different emphases. It is best to buy the past papers of the school you have chosen for the past five years or even 7-8 years, study them carefully, and pay attention to the research direction of the teachers in these schools, I believe it will be helpful to you, good luck!

The schools are different, the subjects required by the major courses are also different, and even if it is the same course, the textbooks required by each school are also different, you must first determine which school you are going to take the graduate school, and then go to the graduate school of their school to see the required subjects and textbooks, and then talk about preparation.

It depends on which direction you take: because the undergraduate is a wide caliber.

It mainly includes the circuit part; communication and information systems; and digital signal processing.

The key depends on which major course you want to take in the school

The major of communication engineering mainly learns the knowledge of communication technology, communication systems and communication networks, and can be engaged in research, design, manufacturing, operation in the field of communication, and the development and application of communication technology and equipment in various sectors of the national economy and the national defense industry.

The main courses are:

1. General education courses: including basic courses such as College English, College Physics and Introduction to Artificial Intelligence;

2.Mathematics courses: including engineering mathematics courses such as matrix analysis, probability theory and complex variable functions;

3.Computer courses: including C, C++, Python, MATLAB, data structures and algorithms, and other basic computer courses;

4.Circuit courses: including circuit basics, digital circuits and analog circuits and other circuit implementation courses;

5. Signal information courses: including professional core courses such as signal and system, digital signal processing, and statistical signal processing.

6.Professional courses: including information theory and coding, communication principles, wireless communication technology, communication network basics, introduction to the Internet of Things, satellite communication and positioning technology and other professional courses for information transmission and application.

Employment prospects include:

1.Continue your studies. Graduates of the bachelor's degree in communication engineering can apply for master's and doctoral degrees in information and communication engineering, as well as master's students in electronic information.

2.Work in enterprises, institutions and R&D institutions. After graduation, students are suitable for scientific research, technology development, operation and management, etc., and can be employed as mobile application product manager, value-added product development engineer, digital signal processing engineer, communication technology engineer, wired transmission engineer, wireless communication engineer, telecom switching engineer, data communication engineer, mobile communication engineer, telecom network engineer and other positions.

Communication engineering majors should look at the following categories of books:

Main disciplines: Electronic Science and Technology, Information and Communication Engineering, Computer Science and Technology. Main Courses:

Circuit Theory and Application Courses, Computer Technology Courses, Digital Circuits, Analog Circuits, Signals and Systems, Electromagnetic Field Theory, Digital Systems and Logic Design, Digital Signal Processing, Communication Principles, etc.

Overview of the discipline. Communication and information systems are the main pillars of the information society, an important part of modern high technology, and the nervous system and lifeblood of the national economy. The main objects of research in this discipline are information acquisition, information transmission and exchange, information network, and information department.

and information control as the main body of various communication and information systems. It covers a wide range of fields, including telecommunications, radio, television, radar, sonar, navigation, remote control and telemetry, remote sensing, electronic countermeasures, measurement, control, and various information systems in various sectors of the military and the national economy. This discipline has an intersecting and interpenetrating relationship with electronic science and technology, computer science and technology, control theory and technology, aerospace science and technology, weapons science and technology, biological doctor engineering and other disciplines, and many new marginal disciplines have been derived.

Signal and information processing is a modern science and technology integrating information collection, processing, processing, dissemination and other disciplines, which is the focus of scientific and technological development in the world today and the focus of the national scientific and technological development strategy. Graduate students trained in this major should have a solid and profound theoretical foundation in signal and information processing, have an in-depth understanding of new technologies and development trends in signal and information processing at home and abroad, systematically and skillfully master the professional knowledge of modern signal processing, have the ability to creatively conduct theoretical and new technology research, and have the ability to independently research, analyze and solve professional and technical problems. The main areas of study in this major are:

Information management and integration, real-time signal processing and application, DSP application, image transmission and processing, optical fiber sensing and weak signal detection, special signal processing in power system, etc. It has also carried out research in the fields of FPGA application, public information management and security, infrared thermal image temperature measurement of power equipment, etc., forming the research characteristics of this discipline, and striving to reach the domestic leading level in some disciplines. In addition to the above-mentioned main fields, he has also carried out research work on scene-based speech signal processing, finger back pattern recognition technology, and image recognition.

During the "Tenth Five-Year Plan" period, the major will focus on the research and application of new technologies such as speech and image processing and real-time signal processing, and apply scientific theories such as electronics, signal processing, and computer software to the power system, and at the same time develop theories with innovative value in signal and information processing. We will further introduce and cultivate outstanding young talents with international standards, so that the discipline will become a leading discipline in China.

The main courses of Communication Engineering are:

1. Advanced Mathematics, General Physics, Linear Algebra, Computer Fundamentals, Probability Theory and Mathematical Statistics, Socialist Construction;

2. Signals and systems, analog electronic circuits, analog communication principles, complex distribution field functions, electromagnetic fields, circuit analysis, Marxist principles, databases, computer programming;

3. Pulse and digital circuits, principles of digital communication, graph theory, data structures.

4. Communication network, optical fiber communication, digital signal analysis, program-controlled switching principle, computer network, mobile communication, satellite communication and other basic professional courses.