How many research directions can I choose in the postgraduate stage of computer major?

The direction of computer postgraduate entrance examination is mainly divided into three categories: computer science and technology, software engineering and cyberspace security. However, the direction of postgraduate entrance examination in related disciplines is still relatively broad, and the professional direction and comprehensive situation of professional disciplines are clear, which is convenient for everyone to take postgraduate entrance examination. We sorted out and shared "How many main research directions can we choose in the postgraduate stage of computer science?" Related content, let's take a look.

1, computer application technology

Research interests: computer network, real-time computer application, CIMS, computer graphics, parallel computing, network information security, database, emotional computing, data mining, distributed computing, knowledge engineering, computer vision, automatic reasoning, machine learning, sketch understanding, network performance analysis and protocol design, network management and security, computer graphics, information visualization, GPU-based high-performance computing, complex systems (emergency, logistics) SOA-based spatial information sharing and business collaboration, semantic search engine, natural language processing, machine translation, search engine, air traffic information system and control, civil aviation information and decision support system.

Professional features: Computer application technology is a subject that aims at the information needs of society and various enterprises and institutions, analyzes, plans and designs information systems through the selection, application and integration of computer software and hardware and network technology, provides and implements technologies and solutions, creates optimized information systems, and implements effective technical maintenance and management for their operation.

The knowledge involved in cultivating talents in this field includes: mathematics and information technology foundation, programming foundation, system platform technology, computer network, information management and security, human-computer interaction, integrated program development, system architecture and integration, Web and digital media technology, project implementation, professional ethics and so on. The training goal is to provide chief information officers and talents who undertake the core tasks of informatization construction for enterprises, institutions and government agencies, and to provide system analysis talents for IT enterprises.

Status quo of scientific research: This major is the first computer doctoral program in Tianjin, mainly engaged in the research of core technical problems of computer technology application in other fields and the development of related information systems. In recent years, it has undertaken more than ten national 863 projects, major projects and national natural science funds in the fields of computer integrated manufacturing (CIMS), computer-aided instruction, virtual reality technology application, computer industrial control and e-commerce. Undertake nearly 100 provincial and ministerial scientific research projects. It has made important contributions to the informatization construction of the country and Tianjin.

Brief introduction of application in recent years: this major began to recruit students in the early 1980 s, and has trained more than 300 master students for the country so far. In recent years, the number of applicants and admission places has increased year by year.

Main courses and thesis requirements during the master's degree: main courses: advanced computer network, computing theory, queuing theory and its application in computers, applied combinatorial mathematics, software architecture, object-oriented methodology, distributed computer system, parallel computing, advanced computer graphics, advanced artificial intelligence, pattern recognition and understanding, machine learning, cryptography and information security, and unified modeling language.

Requirements of the paper: The topic of the paper involves the theoretical research of computer application in various fields, the development of cutting-edge technology, and the application research in various fields of national economy. The paper should fully reflect the development trend of this discipline, and be scientific, advanced and innovative. For theoretical research topics, it is required to achieve a higher theoretical level and innovation; For system design, system development and system application, it is required that the guiding theory is correct, the realization technology is advanced and the design is novel. The designed system should be realized, have practical application value and bring obvious social and economic benefits. Employment orientation: The graduate students trained in this major have a solid theoretical foundation of computer science and technology, master the theory and engineering methods in the field of computer application in an all-round way, and can be well qualified for teaching, research, system design, product development, application system integration and other work in colleges and universities, research institutes, large enterprises and institutions, high-tech industries, etc.

2. Computer software and theory

Research direction: calculation theory and algorithm theory; Software engineering, middleware, intelligent software, computing environment; Parallel computing, grid computing, pervasive computing; Cryptography, information security, data theory; Graphic image algorithm and visualization method; Basic application of artificial intelligence; Other directions of theoretical computer science.

Professional features: Computer software and theory major involves the basic theories and methods of computer science and technology, emphasizing concepts such as calculation, algorithm, software and design. Its main fields include computing theory, algorithm and complexity, programming language, software design and theory, database system, artificial intelligence, operating system and compilation theory, information security theory and method, graphics and visual computing, network-centric computing and so on.

Current situation of scientific research: Computer software and theory specialty is the key development and rapid progress specialty in our college. In recent years, it has undertaken a number of national 863, natural science foundation and provincial and ministerial projects. Many frontier achievements have been made in network information security, middleware technology, parallel computing, grid computing, computer graphics and so on. Brief introduction of application in recent years: this major began to recruit students in the early 1996 s, and has trained more than 50 master students for the country so far. In recent years, the number of applicants and admission places has increased year by year.

Main courses and thesis requirements during the master's degree: main courses: computational theory, applied combinatorial mathematics, software architecture, object-oriented methodology, distributed computer system, parallel computing, advanced computer graphics, advanced artificial intelligence, pattern recognition and understanding, machine learning, cryptography and information security, and unified modeling language. Requirements: The topic of this paper involves the theoretical research of computer software, the development of cutting-edge technology, and the application research in various fields of national economy. The paper should fully reflect the development trend of this discipline, and be scientific, advanced and innovative. For theoretical research topics, it is required to achieve a higher theoretical level and innovation; For system design, system development and system application, it is required that the guiding theory is correct, the realization technology is advanced and the design is novel. The designed system should be realized, have practical application value and bring obvious social and economic benefits.

Employment orientation: The graduate students trained in this major have a solid theoretical foundation of computer science and technology, and fully grasp the theoretical methods of computer software, software engineering, information system, parallel computing, pervasive computing and other software system development technologies. , and can be well qualified for teaching, scientific research, system design, product development, application system integration and so on. In colleges and universities, research institutes, large enterprises and institutions, high-tech industries.

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