Research on “Six in One” Campus Security System Based on Multi-node Data Feedback

Author:

Liu Hongbin

Abstract

Abstract In terms of the current incompatibility of various campus monitoring networks and the difficulty of timely sharing as well as the unified storage and management of heterogeneous data in heterogeneous networks, a security monitoring system for multi-node heterogeneous data is designed in the paper, in which the data communication format, sensor encapsulation protocol, gateway design and implementation, database design and monitoring platform construction are studied, realizing the collection and forwarding of heterogeneous network data. Moreover, the data exchange format uses a lightweight format to facilitate the transmission and storage of data, and the sensor protocol is encapsulated to solve the heterogeneous problem caused by the difference in data conversion formulas and meanings between different sensor networks. Furthermore, simulation experiments have proved that the system can efficiently and reliably collect, store and process heterogeneous data in a heterogeneous network in real time, and the built monitoring platform can centrally display and manage campus monitoring information in real time.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference11 articles.

1. MidHDC: Advanced topics on middleware services for heterogeneous distributed computing. Part 2 [J];Pop,2017

2. AQI real-time prediction model based on Storm [J];Liu;Computer Engineering and Design.,2019

3. The design and implementation of IPv6 and ZigBee Internet connection [J];He;Computer Engineering.,2019

4. Design and implementation of real-time environmental monitoring system based on wireless sensor network [J];Chen;Instrument Technology and Sensors.,2018

5. Smart and safe campus remote monitoring system based on OneNet cloud platform [J];Zhao;Telecommunication Technology.,2018

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