The intelligent component of automated candidate selection based on their polyfactor portraits of human-machine interaction objects' perception subjectivization
Abstract
This research is devoted to solving the scientific and applied problem of automating the selection of relevant candidates for human-machine interaction teams taking into account their polyfactor portraits, which is part of the cluster of issues related to the scientific and applied problems of human-machine interaction automation and intellectualization. A corresponding specialized intelligent component of automated candidate selection based on their polyfactor portraits of human-machine interaction objects' perception subjectivization has been developed, which ensures possibility of solving the declared scientific and applied problem. A basic mathematical model of the declared component has been developed, which provides the possibility of modeling the researched processes of intelligent selection of candidates for human-machine interaction teams in an automated mode. A corresponding specialized algorithm for automating the selection of candidates for human-machine interaction teams has been developed, which provides the possibility of further software implementation of the proposed component, and computer modeling of the researched processes of intelligent selection of candidates for human-machine interaction teams in an automated mode.A practical approbation of the developed component has been carried out on the example of solving an experimental applied practical task of selecting new candidates to form a reserve group for an existing software product support team (as an example of one of the most common variants of the researched human-machine interaction). An analysis of potential areas of further research(es) has been performed regarding the possible development, improvement, and practical application of the developed component (of automated candidate selection based on their polyfactor portraits of human-machine interaction objects' perception subjectivization), both in the context of scientific-and-applied as well as the practical-applied tasks related to the issues of human-machine interaction automation and intellectualization, as well as in general
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