Method of multi-purpose term search in the terminology database

Abstract

This study investigated the method of multi-purpose term search in a terminological knowledge base, which is based on semantic analysis and the use of modern natural language processing methods. The study considered the key factors affecting the search efficiency, including the structure of data organisation, data format and parameters, and sample size. Particular focus was placed on the semantic similarity between terms, which allows increasing the search accuracy by using vector representations and the Louvain algorithm. The study also described the use of cosine similarity to quantify the similarity between terms. Furthermore, the search process was optimised by filtering relevant databases and dynamically identifying relevant terms using the modularity metric. A comparative analysis of existing methods for searching for terms by the identified factors was conducted. The study noted the advantages and disadvantages of using the Louvain algorithm in comparison with the search algorithms in graph data structures. A series of experiments were conducted on data samples, including dictionary, graph, and network data structures. The study analysed the use of logistic constraints for searching in network data structures and noted the possibility of optimisation due to uniform and dynamic data distribution. Experimental results showed the effectiveness of using a combination of the Louvain algorithm and network data structures in terminological knowledge bases. Examples of the scope of application of this method in information technologies for searching and processing text data were given. A software architecture scheme with the use of a software interface and the possibility of integration for web applications in the form of a package or library was developed. The proposed approach demonstrates effectiveness in the context of intelligent decision support systems and automated chatbots, which makes it particularly useful for industries access to accurate professional terms is critical. A basic version of the software interface for using this method in information technologies for searching and analysing data for use in search engines was developed