Biblio
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2021. Intelligent Notification System for Large User Groups. 2021 IEEE Asia-Pacific Conference on Image Processing, Electronics and Computers (IPEC). :1213—1216.
With the development of communication technology, the disadvantages of traditional notification methods such as low efficiency gradually appear. With the introduction of WAP with WTLS security and its development and maintenance, more and more notification systems are using this technology. Through the analysis, design and implementation of notification system for large user groups, this paper studies how to collect and notify data without affecting the business system, and proposes a scheme of real-time data acquisition and filtering based on trigger. The middleware and application server implementation transaction management and database operation to separate CICS middleware technology based on research using UNIXC, Socket programming, SQL statements, SYBASE database technology, from the system requirements, business process, function structure, database and data structure, the input and output of the system, system testing the aspects such as design of practical significance to intelligent notification system for large user groups. Finally, the paper describes the test effect of the system in detail. 10 users send 1, 5, 10 and 20 strokes at the same time, and the completion time is 0.28, 1.09, 1.58 and 2.20 seconds, which proves that the system has practical significance.
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2019. Matrices From Topological Graphic Coding of Network Security. 2019 IEEE 4th Advanced Information Technology, Electronic and Automation Control Conference (IAEAC). 1:1992—1996.
Matrices as mathematical models have been used in each branch of scientific fields for hundred years. We propose a new type of matrices, called topological coding matrices (Topcode-matrices). Topcode-matrices show us the following advantages: Topcode-matrices can be saved in computer easily and run quickly in computation; since a Topcode-matrix corresponds two or more Topsnut-gpws, so Topcode-matrices can be used to encrypt networks such that the encrypted networks have higher security; Topcode-matrices can be investigated and applied by people worked in more domains; Topcode-matrices can help us to form new operations, new parameters and new topics of graph theory, such as vertex/edge splitting operations and connectivities of graphs. Several properties and applications on Topcode-matrices, and particular Topcode-matrices, as well as unknown problems are introduced.