INFORMATION-ANALYTICAL SYSTEM FOR EVALUATING THE SCIENTIFIC PERFORMANCE OF STRUCTURAL UNITS OF UNIVERSITIES AND RESEARCH INSTITUTES BASED ON THE APPROACH OF CONSTRUCTING COMPLEX INTEGRAL EVALUATION

The article discusses the creation of an information-analytical system for evaluating scientific performance structural units universities and research institutes based on approach constructing complex integral evaluation. A model information technology results activity is proposed, consisting four modules: collection module, storage analytical a module user interaction data visualization. modular structure will allow expanding modifying capabilities each modules independently others, as well increasing stability flexibility technology. implementation this performed using microservices conceptual functioning database, are proposed.
 It shown that most well-known indices subjects activity, example, h-index, g-index, e-index, I-10 index, etc., do not fully take into account about citation. Therefore, method calculating evaluation activities scientists was which does lose any citation author publication. This determines scalar it determining few coefficients. coefficients define one scientist's in publications other scientists. As result, assessment obtained by solving linear algebraic equations constructed calculated Most known approaches have their own calculation features disadvantages, associated with loss some information. recommended to give preference them. For purposes comprehensive productivity scientists, authors proposed vector construction assessment. vectors estimates scientist multidimensional metric space. dimensionality space determined number estimates. also ideal point, consists best terms achieving maximum performance. subject distance from point activity.