Architecture and Simulation of a Social Management Service System Based on the Internet of Things Information Model

Authors

  • Qunying Mao School of Management, Xinxiang University, Xinxiang, Henan 453000, China

Abstract

Due to the continuous growth of computer technology and the progress of network technology, there has been a positive trend in the development and construction of urban informatization. The informatization construction of the community requires a foundation of powerful support software. The community electronic service system is an important part of the community informatization support software, and the entire service process is completed in an electronic form. Therefore, there is an urgent need to develop a community social management service system with superior performance, powerful functions, and that is convenient for community use. First, this article adopts an object-oriented analysis method, focusing on analyzing and collecting the business requirements of the system, and uses unified modeling language to establish the system use case model;
secondly, the analysis is used to formulate the overall design plan of the system, including the software architecture design, functional module design and database design. Through the design of the system’s flowchart and other graphic models, the core functions of the system are described in detail, laying the foundation for the realization of the system; finally, using the B/S system architecture and Visio 2010 drawing tools to establish a corresponding data model diagram, a system suitable for the needs of the social management service industry is designed. The system realizes the main functions of the population management and community information management modules.

Keywords: Community information management; Internet of Things; Information system management

Cite As

Q. Mao, "Architecture and Simulation of a Social Management Service System Based on the Internet of
Things Information Model", Engineering Intelligent Systems, vol. 29 no. 2, pp. 117-127, 2021.




Published

2021-03-01