Abstract

In the digital information age, data mining technology is becoming more widely used in libraries for its useful impact. In the context of big data, how to efficiently mine big data, extract features, and provide users with high-quality personalized service is one of the important issues that needs to be solved in the current university library big data application. Brain computing is a kind of comprehensive processing behavior of the human brain simulated by the computer, which can comprehensively analyze a variety of information and play a very good guiding role in processing library service behavior. This paper briefly introduces the related concepts and algorithms of data mining technology and deeply studies the classical algorithm of association rules, namely, Apriori algorithm, which analyzes the necessity and feasibility of applying data mining technology to university library management. The design idea and functional goal of the college book intelligent recommendation system are based on the decision tree method and association rule analysis method. Through the application research of data mining technology in the personalized service of the university library, combined with the actual work, this paper proposes data mining of association rules in the university library system. The research further elaborates on the system architecture, data processing, mining implementation algorithms, and application of mining results. The experimental results of the research have certain significance for the university library to explore personalized services, provide book recommendation services, and make corresponding decisions to optimize the library’s collection layout.

Highlights

  • Based on the data mining technology in the literature, this research studies how to use the data in the library management information database, uses the Apriori algorithm to mine data such as borrowing records, and finds the reader’s relevance to the borrowing of documents

  • Taking the book management system as an example, we introduce the system structure and business process of the university library management system and study how to build the data warehouse on this basis

  • We use the Apriori algorithm and the improved Apriori algorithm to mine the data such as borrowing records. ere are a large number of borrowing records in the database of the library

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Summary

Basic Algorithm of Data Mining

There are many definitions of data mining. Data mining is to extract or “dig” knowledge from massive data. Data mining is the integration of multidisciplinary technologies, including database technology, statistics, machine learning, pattern recognition, artificial neural networks, data visualization, knowledge extraction, image and signal processing, and spatial data analysis. Data mining systems can integrate techniques for spatial data analysis, information extraction, image analysis, signal processing, computer graphics, economics, or psychology. Rough data mining, interesting knowledge and laws implicit in massive data can be found from the database.

Common Algorithms for Data Mining
University Library Personalized Service
Analysis of Experimental Results
Findings
Conclusion
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