Architecture and modular design of power emergency command system based on association rule algorithm.

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Bibliographic Details
Title:	Architecture and modular design of power emergency command system based on association rule algorithm.
Authors:	Wang, Qian¹ (AUTHOR) zhaoji37814@163.com, Liu, Mingming¹ (AUTHOR)
Source:	RAIRO: Operations Research (2804-7303). 2023, Vol. 57 Issue 3, p1087-1096. 10p.
Subjects:	OLAP technology, Architectural design, Modular design, Electric power, Online algorithms
Abstract:	In order to effectively obtain the electric power emergency command plan and reasonably dispatch emergency resources, the electric power emergency command system architecture based on association rule algorithm is designed according to the modularization idea. In the hardware part, the sensing layer is used to collect operation data, and the service layer is used to analyze and mine the data. The tool layer establishes the basic component library and the power industry component library. The network layer transmits relevant information to the application layer. The application layer realizes the three-dimensional simulation and visual operation of power emergency command such as resource scheduling and fault repair by calling the tool set. In the software part, the association rule algorithm combined with online analytical processing technology is used to mine the effective data in the collected data set to realize the analysis and processing of emergency command related work. Experiments show that the system can effectively command the output of the generator and obtain higher transmission margin when the fault occurs. And reasonably and evenly dispatch emergency resources to avoid resource waste. [ABSTRACT FROM AUTHOR]
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Database:	Engineering Source

Description
Abstract:	In order to effectively obtain the electric power emergency command plan and reasonably dispatch emergency resources, the electric power emergency command system architecture based on association rule algorithm is designed according to the modularization idea. In the hardware part, the sensing layer is used to collect operation data, and the service layer is used to analyze and mine the data. The tool layer establishes the basic component library and the power industry component library. The network layer transmits relevant information to the application layer. The application layer realizes the three-dimensional simulation and visual operation of power emergency command such as resource scheduling and fault repair by calling the tool set. In the software part, the association rule algorithm combined with online analytical processing technology is used to mine the effective data in the collected data set to realize the analysis and processing of emergency command related work. Experiments show that the system can effectively command the output of the generator and obtain higher transmission margin when the fault occurs. And reasonably and evenly dispatch emergency resources to avoid resource waste. [ABSTRACT FROM AUTHOR]
ISSN:	28047303
DOI:	10.1051/ro/2023031