Research content:
As an important information infrastructure of human society, Internet has a decisive influence on the development of social economy, science and technology education, national defense and politics. The next generation Internet based on IPv6 is an important opportunity for China to catch up with the leading Internet countries, and the research on related topics has been a hot topic in recent years. The research of this subject focuses on the key issues of the next generation Internet, and theoretically explores the technical difficulties in engineering projects. The main research contents of the next generation Internet include: Internet large-scale group communication technology; Mobile Internet development technology; Medical information technology, etc. The basic theoretical research mainly focuses on the protocol reliability and communication efficiency of large-scale group communication on the Internet. The research in the application field mainly includes: a large-scale video live broadcast system based on cloud computing technology, focusing on the core algorithm and concrete implementation of the system; The combination of mobile internet and medical informatization.
Research team:
Professor Wang Zongmin, Associate Professor Lin, Chen Gang Lecturer, Doctor, Doctor.
Scientific research topic:
"Research on key technologies of streaming media on demand based on cloud services", 201kloc-0/special research fund for doctoral programs in colleges and universities of the Ministry of Education.
"Research on Key Technologies of P2P Video-on-Demand Service", an innovative talent project of Provincial Education Department.
The informationization project of the Provincial Department of Education "The Next Generation Internet HERNET2 Construction Project of Henan Education and Research Network".
National "863 Plan" special project "Large-scale personal live broadcast system based on new generation communication network"
Information Engineering Project of "Development and Application of Collaborative Support Platform for Broadband Network Multimedia Service Operation Management and Control" of Provincial Education Department
Ministry of Science and Technology's "Trusted Internet-A New Generation of Trusted Internet Experimental Network".
Ministry of Education's "Application Demonstration of Next Generation Internet Campus Learning and Life Exchange Platform"
"Upgrading of IPv6 Technology in Zhengzhou University Campus Network", National Development and Reform Commission, Ministry of Education.
"Video live broadcast system based on the next generation Internet" is a key scientific and technological project in Zhengzhou.
The natural science fund project of Henan Provincial Department of Education "Research on applied multicast technology supporting large-scale users".
"Research and Development, Industrialization and Application Experimental Project of National Next Generation Internet Demonstration Project: Research on Application Layer Multicast", China Academy of Engineering.
"Research on Internet High-speed Backbone Network Measurement Technology and Its Application", a natural science fund project of Henan Science and Technology Department.
"New Generation Video Conference System" is an innovative project for outstanding talents in colleges and universities in Henan Province.
The Ministry of Education "CNGI-CERNET2 Zhengzhou University Core Node Construction Project".
Virtual reality direction
Research content:
Virtual reality is an integrated technology with broad application prospects. It is listed as one of the three frontier technologies in the field of information technology by the Outline of the National Medium-and Long-term Scientific and Technological Development Plan (2006-2020). The main research contents of virtual reality direction include: virtual reality engine technology; 360-degree panoramic technology; Three-dimensional collaborative design of water conservancy and so on. The basic theoretical research mainly focuses on virtual reality scene construction, collision detection, parallel rendering engine, 3D collaborative design model research and so on. The application research mainly includes: based on the 360-degree panoramic view of dynamic video or static image, using virtual simulation technology to establish the three-dimensional simulation prototype of each link of water conservancy project, realizing the three-dimensional simulation of CAD drawing, engineering quantity and construction organization design in water conservancy design industry, and improving and optimizing the design efficiency of water conservancy project.
Research team:
Professor Wang Zongmin, Associate Professor Yang Haibo, Lecturer in Zhao Hongling, Dr. Pang Haibo.
Scientific research topic:
The key project of Science and Technology Department of Henan Province is "Research on Hydraulic Engineering Design Assistant Platform Based on Virtual Simulation Technology".
Henan Provincial Department of Education Digital Campus Construction Project "Zhengzhou University Virtual Campus Roaming System".
Technical direction of software engineering
Research content:
The technical direction of software engineering is oriented to the needs of national economic informatization construction and industrial development, with the goal of cultivating advanced engineering and technical personnel with solid software theory and technical foundation, software development and engineering practice ability, and information product design ability, who can independently engage in scientific research, engineering design and application system development, and with the characteristics of cultivating international, practical and entrepreneurial talents. The main research contents of software engineering technology direction include: software requirements engineering, software methodology, software architecture, domain-oriented software engineering methods and technologies. The main methods, technologies and basic research involved include: software requirements engineering process, requirements acquisition method, requirements analysis method, requirements specification representation method, requirements verification method and requirements management method. Principles, principles, methods and models of software design, and the best design methods and technologies suitable for different types of software; The basic structure, combination mode and structural style of the software system; Software engineering methods and technologies with particularity or overlap in specific application fields.
Research team:
Professor Li, Associate Professor, Associate Professor, Dr. Cao.
Scientific research topic:
"Research on the Prototype of Enterprise Knowledge Retrieval System Based on Semantic Web", supported by Natural Science Fund of Henan Provincial Department of Education.
The key technology research and application of modern logistics information integrated management platform is supported by Henan Science and Technology Foundation.
"Research on networked manufacturing system in industrial park" is a sub-topic of the national "Eleventh Five-Year" science and technology support plan.
"Research on Innovation of Enterprise Knowledge Retrieval Method Based on Semantic Web", Science and Technology Department of Henan Province
"Research on Key Technologies of Cloud Computing Security", Henan Provincial Department of Education
"Research on Detection Technology of Network Information Encryption Stealing", National 242 Information Security Plan.
Technical direction of computer network
Research content:
The direction of network technology is oriented to large-scale network engineering and large-scale social information engineering such as telecommunications, finance, insurance, e-commerce, e-government, consumer electronics, etc., so as to cultivate senior network technical talents with practical engineering application capabilities such as network planning, design, implementation and system integration, and who can independently engage in scientific research, engineering design and application system development. The research contents of network technology mainly include: network architecture and network protocol testing, routing and switching, network service quality and transmission control, network and information security, distributed information system, wireless self-organizing network and computer cooperation, etc.
Research team:
Professor Kong Jinsheng, Associate Professor Li, Associate Professor and Dr Xue.
Scientific research topic:
"Network congestion control system based on tabu genetic optimization", natural science research project of Henan Provincial Department of Education.
"Research on dynamic integration model of local features under the guidance of global features of video", supported by the National Natural Science Foundation of China.
"Visual image reconstruction based on over-complete basis function", supported by National Natural Science Foundation of China.
The national technological innovation fund project "Mobile Access Adapter Mobile Access Adaptation Middleware" for small and medium-sized scientific and technological enterprises.
Henan Province Basic and Frontier Technology Research Project "Research on Large-scale Sparse Matrix Technology".
"Technology Innovation and Development Strategy of Automation Equipment", a soft science project in Henan Province.
"Research on Theory, Method and Application of Product Quality Control in Complex Industrial Production Process", Henan Outstanding Young Talents Program.
"Intelligent Vehicle Safety Anti-collision Control System Based on Information Fusion", a key scientific and technological project of Henan Provincial Department of Education.
Software project management and quality control direction
Research content:
The direction of project management and quality control is to cultivate senior engineering and technical personnel with solid software theory and software engineering technology foundation, project management ability and information product design ability, teamwork spirit and excellent professional quality, good moral quality and political thought, who can undertake project management work in relevant technical departments and have innovative spirit and international competitiveness. The main research directions of project management and quality control are: software testing and quality assurance, software reengineering, software engineering environment and development tools, and engineering methods and technologies related to software quality assurance. The main methods and basic research involved include system engineering testing and verification methods, standard steps and practical methods; Software system reconfiguration, software product reuse methods and technologies, and reuse-oriented software design methods; Computer software tools supporting software engineering process, software development environment, toolkits and interface specifications supporting developers' work, etc.
Research team:
Professor Li, Associate Professor She Wei, Dr. Pang Haibo and Dr.
Scientific research topic:
National 863 Program Project "Mining, Evaluation and Early Warning Technology and System Development of Hidden Dangers of Trains on the Way".
The key project of the Science and Technology Support Program of the Ministry of Science and Technology is "Demonstration Research on Key Technologies and Industrial Applications of Interactive Augmented Reality Virtual Learning Environment for Popular Science Products and Services".
The national technological innovation fund project "Visual intelligent monitoring and fault analysis system for power equipment status".
Project supported by National Natural Science Foundation of China "Research on Multivariable IB Method and Algorithm".
Research and development of intelligent fault analysis system for high-voltage equipment, a key scientific and technological project in Henan Province.
Hunan science and technology key project "Research on key technologies of substation equipment fault analysis".
"Fault Detection Technology of High-voltage Equipment Based on Uncertain Knowledge Reasoning", "Four Thousand Projects" in Hunan Province.
The development project of teaching simulation training software of Hunan Provincial Department of Education "Network Engineering Simulation Training System Based on Dynamips".
"Research on Web service composition based on negotiation mechanism", the direction of network engineering of scientific research project of Hunan Provincial Department of Education.
Training objectives:
The direction of network engineering is to train senior talents in network management and network application development for information centers and network centers of government agencies, enterprises and institutions. Degree winners should master the basic theory and professional knowledge of computer networks, understand the latest products and technologies of network development, and be able to design, implement and manage networks by using advanced engineering methods; Understand the latest development of network development technology, and have the ability to develop and manage network application projects.
Direction of medical informatization
Training objectives:
The direction of medical informatization is mainly to train senior talents of medical informatization for hospital information centers and related units in the medical industry. Degree winners should have a deep understanding of the workflow and business characteristics of hospital business systems, master the professional knowledge of hospital information network and data center construction, operation and maintenance, and have the ability of hospital business system development and project management.
Network information technology direction
Training objectives:
The direction of network information technology is mainly to train talents with basic knowledge of network information management, information security and software development for the network information centers of government agencies, enterprises and institutions. Degree holders should master the basic theory and professional knowledge of network information processing and information security, understand the key technologies of the next generation Internet, distributed system and intelligent information processing technology, and have the ability to develop network information processing systems and manage projects.
Intelligent information processing direction
Training objectives:
The direction of intelligent information processing is to meet the needs of discipline, society and national development, strengthen the exploration of basic problems of intelligent information processing, and attach importance to the combination of basic research and applied research. Degree winners need to master the basic theory and professional knowledge of intelligent information processing, understand intelligent science, knowledge engineering, large-scale knowledge processing, data mining, natural language understanding and translation, biological information processing, image-based human-computer interaction, multimedia information coding and understanding, and be able to use advanced methods and technologies for intelligent information processing.