The article considers the possibility of using the Moore finite automat approach to create 3D resumes in recruitment, segmentation, and personnel training procedures. In this paper, a 3D resume is considered as a document (for example, an HTML document) that represents person's professional achievements in three dimensions (interactive presentation – text documents, videos, and online testing). The use of the automaton is designed to automate the search for questions and tasks of an interactive resume, depending on the respondent's previous answers. In this case, minimizing the number of internal states of the automaton is used to avoid duplication of questions during such a search. To implement the task, there is used the Moore automaton which is based only on input actions. For staff testing, there are created sets of ques-tions or tasks. To each of the questions, there may be different ambiguous answers which do not fall under the operations of the logical data type but can be presented in the form of a scale of compliance with a certain established criterion. The minimization procedure itself is performed according to the Aufenkamp-Hohn algorithm. The paper solves the problem of minimizing the number of internal states of the automaton for creating a 3D resume and presents a conceptual scheme for implementing this tool for recruitment. The 3D resume is implemented on web platforms and can be used for comprehensive streaming testing of personnel selected for the needs of the organization, such as conducting a text survey or adding scanned educational documents or resumes, a survey with a video broadcast recording, solving problems or demonstrating skills using tools available on the web platform. The offered actions can be used to create automated recruitment, segmentation, and training systems implemented both on web platforms and as software products for recruiting companies and large enterprises.
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