(Engineering degree code: 08 120 1)
I. Training objectives
1. Master the solid basic theory and systematic professional knowledge of this subject, master a foreign language, and be proficient in professional reading and preliminary writing.
2. Cultivate a rigorous and realistic scientific attitude and style, with innovative and realistic spirit and good scientific research ethics, and have the ability to independently engage in scientific research in this discipline.
3. Be competent in teaching, scientific research, engineering and technology management of this major or related majors. .
Second, the main research direction
1. Cluster and Grid Computing 2. Computer Network and Network Security
3. Embedded system and VLSI design technology. Computer storage technology and network storage system
5. Computer high-speed interface and channel technology. multimedia instruction
Three. Years of study and credits
The study period of full-time masters is 2-3 years, and excellent students are encouraged to reply in advance.
The total credit is required to be ≥43 credits, among which the course score is required to be ≥28 credits, and the research link is required to be ≥ 15 credits. The specific credit allocation is as follows:
Total credit
≥43 credits
course credit
≥28
General courses ≥8 credits (1 foreign 4, dialectics 2, science 1, humanities 1)
Basic courses ≥8 credits (including interdisciplinary basic courses, such as mathematics and communication). )
Professional core courses ≥8 credits
The decision of the professional elective course tutor
Undergraduate professional foundation is insufficient, and 2 ~ 3 undergraduate main courses are supplemented, without counting credits.
Research link
≥ 15
Literature reading 1 credit
Practice link 1 credit
Initial report 1 credit
Academic report 1 credit
Published papers 1 credit
Dissertation 10 credit
Four. Curriculum: See the curriculum for graduate students majoring in computer system structure.
Verb (abbreviation for verb) research links and papers
Implement the relevant regulations of the school.
Introduction to system structure discipline
This subject is one of the key subjects of "2 1 1 engineering" in our school, and it has a national professional laboratory of "external storage system".
Its main research directions include: high-performance computer architecture; Distributed parallel computer system: multi-computer system; Computer simulation and performance evaluation: storage technology; Interface technology; Computer devices and equipment
Manufacturing and testing technology; Computer network; Multimedia system technology; VLSI system design, etc.
The doctoral program of this discipline was founded in 1986, formerly known as computer devices and equipment, and changed to the doctoral program of "Computer System Structure" according to the document of the State Council Academic Degrees CommitteeNo. 1997. The master's degree consists of original computer devices and equipment.
(established in 1984) and computer organization and system structure (established in 1986) were merged to form. This subject has made great achievements in the research of storage equipment, storage system, computer interface technology and computer network.
In fact, some research fields are in a leading position in China and have great influence abroad. We have long-term academic exchanges and project cooperation with research institutions and companies in the United States, Japan, Britain, Singapore and other countries.
There are 47 teachers and 5 doctoral supervisors in this discipline, including 9 professors and 0/6 associate professors. Teaching and research section 1000 square meters. In addition to the imported equipment of 550,000 US dollars, the supporting equipment is 4.2 million (RMB).
The main equipment includes a complete set of research equipment for magnetic disk drives and optical disk drives, including 100 workstations, servers and microcomputers. Five local area networks are connected with China Education Network, with good teaching equipment and scientific research environment.
Since 1992, the discipline has completed 28 appraisal projects, of which 15 has reached the international advanced level, and 13 is the first or advanced project in China. The achievement won 15 awards, including 2 national awards and 1 or 2 provincial awards.
Third prize12; He has published more than 400 papers, 32 authoritative academic journals at home and abroad, more than 260 important domestic journals, 60 international conference papers, and 3 monographs have won provincial and ministerial awards.
In the past ten years, a total of 7/kloc-0 doctoral students have been enrolled, including 3 foreign students and 28 doctors. 350 graduate students and 2 foreign graduate students have been enrolled, and 240 have been awarded master's degrees.
Major degree courses:
Basic courses: modern mathematics, advanced computer system structure, etc.
Specialized courses: parallel processing technology, computer network, VLSI system design, advanced operating system, computer simulation and performance evaluation, computer storage theory and technology, advanced programming language principle and compilation.
Principle, multimedia technology, etc.
Postgraduate training program
Master's training goal
Cultivate senior talents in computer system structure, so that they can master a solid theoretical foundation in computer system design, computer network technology, modern digital storage technology and system, multimedia technology and so on.
Through scientific research training, students have the ability to independently engage in scientific research and new technology development, and have the basic qualities necessary for organizing large-scale scientific research and engineering projects.
Research direction: This major has the following research directions.
Modern computer network technology. Multimedia network and communication
Theory and technology of distributed parallel data storage. ASIC design technology
Optical disk storage system and nano-storage technology. high performance computer
Network storage and serial interface channel
Doctoral student training program
Professional training objectives
Cultivate senior scientific and technological talents with all-round development in morality, intelligence and physique, realistic and rigorous scientific style and innovative spirit, and determined to serve socialist modernization; Have a solid basic theory of this discipline and
More systematic and in-depth professional knowledge; Master a foreign language, proficient in professional reading and preliminary listening, reading and writing; Familiar with the latest experimental techniques and tools in this discipline, and have strong ability to comprehensively analyze and solve practical problems.
Discipline ability, able to independently engage in scientific research and other related professional and technical work in this discipline. Good health.
Research direction: This major has the following research directions.
Intelligent parallel I/O system and functional disk array technology
Multimedia data transmission system
Large-scale data information storage technology
Multimedia data acquisition and storage technology
Multimedia system structure and multimedia equipment
The ranking is not reliable, but Huake should be in the forefront in this direction.