Pasyeka M. Theoretical and Applied Fundamentals of Group Dynamics of Software Systems Development with the Use of Cloud Technology

The dissertation is devoted to the solution of actual scientific-applied problem of creation of theoretical and applied bases of interaction of a command of developers of program systems with use of cloud technology. Professional selection of team members determining their professional competences with the help of adaptive testing systems and determination of the psychotype of potential candidates for the purpose of better balancing managerial and executive psychotypes (the model of personal qualities and their diversity in the interaction in group dynamics). Formation of a team taking into account the psychotype of its members ensures effective performance of set tasks, reduction of adaptation terms, minimization of financial expenses, as well as minimizes creation of independent centers of influence when making managerial decisions. In the thesis mathematical models of interaction of members of teams and methods of minimization of perturbations in the shortest terms are developed, also the mathematical model of career growth of members of a team and gender interaction is developed. For the development of distributed software systems using cloud technology, various algorithms of load regulation on computational nodes have been developed and improved. Technological decisions in the field of cloud technologies, to rendering of information services by independent computer nodes are investigated, and also levels of these services are considered examples of use of independent software placed on cloud resources. Keywords: information technology, software application, group dynamics, cloud technologies, data warehouses, large data, selection of specialists, processing of data.