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http://dx.doi.org/10.9708/jksci.2019.24.02.095

Design and Implementation of Data Processing Middleware and Management System for IoT based Services  

Lee, Yon-Sik (School of Computer Information and Communication Engineering, Kunsan National University)
Mun, Young-Chae (Hailight Co.)
Abstract
Sensor application systems for remote monitoring and control are required, such as the establishment of databases and IoT service servers, to process data being transmitted and received through radio communication modules, controllers and gateways. This paper designs and implements database server, IoT service server, data processing middleware and IoT management system for IoT based services based on the controllers, communication modules and gateway middleware platform developed. For this, we firstly define the specification of the data packet and control code for the information classification of the sensor application system, and also design and implement the database as a separate server for data protection and efficient management. In addition, we design and implement the IoT management system so that functions such as status information verification, control and modification of operating environment information of remote sensor application systems are carried out. The implemented system can lead to efficient operation and reduced management costs of sensor application systems through site status analysis, setting operational information, and remote control and management.
Keywords
Sensor application system; IoT based monitoring and control; Middleware; IoT management system;
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Times Cited By KSCI : 1  (Citation Analysis)
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1 A. Jain, C. Nagarajan, "Efficient Control Algorithm for a Smart Solar Street Light," 2015 9th Int'l Conference on Next Generation Mobile Applications, Services and Technologies, pp.376-381, 2015.
2 J. J. Lee, et al., "IoT-based mobile smart solar power monitoring system," Journal of IEEK, 54(8), pp.55-64, 2017.
3 M. Saifuzzaman, et. al., "IoT Based Street Lighting And Traffic Management System," 2017 IEEE Region 10 Humanitarian Technology Conference, pp.121-124, 2017.
4 B. W. Park, et al., "Development of Integrated Photovoltaic Monitoring System Using ZigBee Communication," Journal of KIIEE, 31(7), pp.56-62, 2017.
5 A. Mahmud, et. al,, "A Complete Internet of Things Platform for Structural Health Monitoring," 2018 IEEE 4th World Forum on Internet of Things, pp.275-279, 2018.
6 M. Kim, et al., "Universal Interface for IoT Platform," Journal of KIPS, 7(1), pp.19-24, 2018.
7 H. O. Song, "IoT Automatic Management System based on Situational Task Control," Ph.D. thesis of Paijae University, 2017.
8 M. H. Park, et al., "A Study on the Development of Energy IoT Platform," Journal of KIPS, 5(10), pp.311-318, 2016.
9 J. B. Kim, "IoT-based Home Energy Management System and A Lightweight Household Photovoltaic System Over Dynamic Home Area Networks," Ph.D. thesis of Joongang University, 2016.
10 C. Lee, Y. Lai, "Design and Implementation of a Universal Smart Energy Management Gateway based on the IoT Platform," 2016 IEEE Int'l Conference on Consumer Electronics, pp.67-68, 2016.
11 H. J. Lee, "A Study on the Application System of the IoT based on the Super Low Power Wireless Sensor Network," Ph.D. thesis of Chonnam National University, 2017.