The college has the key construction discipline of "2 1 1 engineering" of Xinjiang University. More than 20 major scientific research projects have been completed and are in progress. Among them, there are 6 national 863 projects, National Natural Science Foundation 15, key projects of Ministry of Science and Technology 1, key projects of Ministry of Education 1, key projects of autonomous region in the Ninth Five-Year Plan 1, and natural science foundation of autonomous region 1. Won the second and third prizes of national scientific and technological progress, and won more than ten provincial and ministerial scientific and technological achievement awards. It has formed its own advantages and characteristics in Xinjiang minority language information processing, and has had a certain influence in China through the fruitful research in 10.
The School of Information Science and Engineering currently has three teaching units: Electronic Information Science Department, Computer Science Department and Computing Center. The college consists of college office, student work office, laboratory management office and computing center management office; * * * 22 professional laboratories; There are four teaching practice bases. There are more than 10000 books and publications in the college reference room.
University scientific research field
At present, the subject has two master's degree points: communication and information system, computer application technology and computer technology engineering. At present, there are 2 "young and middle-aged scientific and technological experts with outstanding contributions from the state", 2 "experts enjoying special allowances from the State Council" and 2 outstanding experts with outstanding contributions from the autonomous region. There are 5 professors, 35 associate professors, 4 doctors and 35 masters. Through the construction of Phase I Project 2 1 1, four key research laboratories, namely, multimedia and network, integrated communication technology, multi-language assisted instruction, graphics and information processing, have been built. Completed and ongoing major scientific research projects 13. Among them, there are 6 national 863 projects, National Natural Science Foundation 10, Ninth Five-Year Plan key projects 1, and Autonomous Region Natural Science Foundation 1. In particular, this discipline has formed its own advantages and characteristics in Xinjiang minority language information processing, and has had a certain influence in China through the fruitful research in 10. The Ministry of Science and Technology and the People's Government of the Autonomous Region attach great importance to the processing of minority languages in Xinjiang. During the "Seventh Five-Year Plan", "Eighth Five-Year Plan" and "Ninth Five-Year Plan" periods, it was continuously funded by a series of major projects of the State Science and Technology Commission and the Science and Technology Commission of the Autonomous Region. During the Ninth Five-Year Plan period, * * * published more than 200 academic papers, including 45 papers published by core journals at home and abroad, 2 papers included in SCI 1 paper, 3 papers included in EI, 4 papers included in SI and 6 papers included in CA.
Construction objectives and main construction contents of "2 1 1 project"
1. The main research fields of this discipline:
I. Key Laboratory of Multilingual Information Technology
Direction: multilingual information processing technology and application direction.
Research and develop multilingual operating system platform and application software based on Linux and Windows XP, which are compatible with Chinese office suite and Chinese network application software. Formulate various rules and standards for civil information processing, and formulate grammar, syntax and lexical rules for civil information processing. Develop multilingual intelligent systems and application software, namely: Uyghur automatic analysis system, Uyghur-Chinese machine-aided translation system, Chinese automatic summarization system, multilingual online book sales and retrieval system, large-scale English-Chinese three-way universal electronic dictionary, Uyghur speech recognition and synthesis system, Uyghur character recognition system, intelligent input/output system, Uyghur distance education and multimedia teaching courseware, multilingual e-government system and information network security technology.
B, optoelectronics and optical information technology laboratory
Research interests: optoelectronics and optical information technology.
The dynamic monitoring technology of environmental optics in Xinjiang has been developed. The development of optical sensing technology can be applied to agriculture, petroleum, chemical industry, food, industrial processing and environmental management in Xinjiang. Popularize laser application technology in various fields in Xinjiang. At the same time, we will further strengthen the existing research directions of this discipline, such as the basic research work of photoelectric devices and magnetic millimeter-wave antennas. This laboratory will be the first in our region to specialize in optics and optoelectronics. This is of great significance to the study of optics and optoelectronics in our region.
C, communication and signal processing laboratory
Research direction: communication and signal processing technology direction required by special environment in Xinjiang.
Solve the anti-jamming technology, information hiding technology, channel encryption technology and channel resource allocation technology in modern communication, study the influence of special environment in Xinjiang (such as strong geomagnetic field) on wired communication, especially wireless communication, and the influence of multipath interference and amplitude fading of wireless communication, and carry out application research in military, civil aviation and geophysical exploration.
D. international extensible software research institute
Actively attract overseas scholars to participate in the research work of the research institute, expand the research team of the research institute by introducing and going abroad, and build a research institute with Xinjiang University as the center and virtual network as the means, which is in line with the working environment of international scientific research institutions. Strengthen the contact with international and domestic academic circles, strive to turn Xinjiang University into the second-phase construction school of China Education and Scientific Research Grid Plan, realize resource sharing under CERNET environment, and integrate Xinjiang into China Education and Scientific Research Grid as soon as possible, thus promoting the development of grid computing research and application in Xinjiang, and finally serving the economic construction and social development in Xinjiang. Led by Xinjiang University, make full use of the basic platform of Xinjiang education and scientific research metropolitan area network, connect all kinds of computing resources and information resources in Urumqi, form exclusive resources for grid computing, build Xinjiang "Xinjiang Grid", strive for the support of the autonomous region and Urumqi municipal government, and provide financial support for the research of "Xinjiang Information Grid and its application".
2. Long-term construction goals
Establish a teaching and research system based on theoretical research and led by application and engineering technology, and form a base and educational environment linking basic theoretical research, product application development and engineering technology promotion.
Through interdisciplinary and infiltration, we will cooperate with relevant departments to study various special problems existing in Xinjiang's information processing and communication technology, and provide special information processing and communication technology for Xinjiang's information society, mainly including communication, multilingual information processing technology and its key new technologies such as multimedia, intelligence and networking, as well as other electronic information processing technologies used in Xinjiang's economic construction.
Develop new electronic information products and technologies with Xinjiang characteristics, directly face the informatization construction of local industries in Xinjiang, establish effective contact channels and mechanisms with relevant countries in Central and Western Asia, and promote the practicality and internationalization of electronic information technology products in Xinjiang.
3. "Tenth Five-Year Plan" construction objectives
On the basis of the first phase of "2 1 1 project", the achievements have been further expanded and promoted. During the construction of the first phase of "2 1 1 project", the project has achieved fruitful results, successfully completed various tasks of the project establishment plan, and achieved a large number of landmark scientific research achievements, with excellent project acceptance results. The foothold of the second phase construction of the project is to continue to strengthen the leading direction of the original phase construction according to the current situation of the college, and at the same time incorporate the research direction that has laid a good foundation, developed rapidly, achieved certain results and has development prospects in recent years.
Strive for the overall level of discipline construction to reach the advanced level of similar colleges in ethnic areas in China and the leading level in Central Asia.
Undergraduate teaching
Undergraduate teaching in colleges and universities
The School of Information Science and Engineering has five majors: electronic information science and technology, communication engineering, electronic information engineering, computer science and technology and software engineering. The majors are basically as follows:
This major mainly studies the basic theories, methods, skills and related professional knowledge of electronic information science and technology, and has the basic ability of applied research and technology development in this discipline and interdisciplinary subjects. After graduation, students should acquire the following knowledge and ability: 1, with a solid mathematical foundation and strong theoretical analysis ability. 2, master the basic theory of electronic information science and technology, computer science and technology, basic knowledge and basic skills and methods. 3. Strong scientific experiment ability and ability to solve practical problems. 4. Understand the general principles and knowledge of similar majors, be competent for academic research and application development in the field of electronic information, and lay a good foundation for further study.
This major of electronic information engineering mainly studies signal acquisition and processing, and has the basic theory and knowledge of electronic equipment and information system. After the training of experimental teaching practice of information engineering, it has the basic ability of scientific research, design, scientific and technological development and application of information system. Students should acquire the following knowledge and abilities after graduation: 1. They have a good ideological and moral character and sense of social responsibility, as well as the scientific spirit of hard work, rigor and truth-seeking, and courage to innovate. 2. Have a certain ability of scientific research and innovation, master professional basic theoretical knowledge, and be competent in electronic information work. 3. Master information acquisition and have the ability to apply computer simulation system. 4. Have the initial ability to develop new systems and technologies, and understand the theoretical frontiers of electronic information and electronic equipment.
Communication engineering major mainly studies high-tech applied talents facing the development of communication technology, communication system and network, and has a solid theoretical foundation and strong scientific research and application ability. Senior engineering talents engaged in scientific research, teaching, scientific and technological development and application of communication technology and equipment in the field of communication. Students should acquire the following knowledge and abilities after graduation: 1, with solid theoretical foundation and strong scientific research ability. 2. Master the interdisciplinary technology of computer communication, optical fiber communication and multimedia communication. 3. Ability to research, develop and apply high-tech communication technologies and equipment in the field of communication. 4. Have a certain scientific research ability and understand the latest development trend and basic policies of communication technology.
This major of computer science and technology mainly trains senior computer science and technology professionals who have good scientific literacy, systematically and well grasp the basic theories, basic knowledge and basic skills and methods of computer science and technology, including computer hardware, software and applications, and can engage in computer teaching, research and application in scientific research departments, educational units, enterprises and institutions, and technical and administrative departments. Students should acquire the following knowledge and abilities after graduation: 1. Master the basic theory and knowledge of computer science and technology. 2, master the basic methods of computer system analysis and design. 3. Have the basic ability to research and develop computer software and hardware. 4. Understand the laws and regulations related to computers. 5. Understand the development of computer science and technology. 6, master the basic methods of literature retrieval and information query, with the ability to obtain information.
The major of software engineering trains senior technical talents with good scientific literacy, systematic mastery of the basic theory, knowledge and skills of computer science and technology, standardized software design and development ability, and good organizational and communication skills, who can engage in compound and practical advanced software design, system analysis and engineering application in government agencies, scientific research departments, educational units, finance, telecommunications, taxation, electric power, petroleum, software enterprises, enterprises and institutions. The training plan of this major focuses on the development and management of software systems. In the learning process, students are trained in theory, technology, thinking, creation and self-development, in computer practical application and software programming, familiar with computer system knowledge, with software design, analysis, development, maintenance and management capabilities, and good system analysis and design and project management capabilities. In order to enable students to achieve the specified professional training objectives, the teaching plan not only pays attention to the basic course teaching, but also specially sets up more hours of engineering practice to cultivate and improve students' practical ability, engineering ability and team spirit. Graduates of this major will acquire the following knowledge and abilities: 1, systematically master the basic theories, knowledge and skills of computer science and technology; 2, master advanced software development engineering methods and have the ability of project management; 3. Understand the development trend of computer science and technology, and have the ability to obtain information and constantly update knowledge; 4. Have the basic ability to acquire knowledge and communicate in English; Students should have the level of senior programmers when they graduate.
Major is very good, mainly in electronic communication enterprises. Those who learn well can go to Huawei ZTE, and almost all electronic enterprises are AUO Optoelectronic Jin Dongfang and so on.