A set of programs for solving problems of modeling, optimization and assessment of stability of complex security of objects of critical application

A description of a set of programs for modeling, optimizing and evaluating the stability of integrated security processes in UIS institutions is given. The complex in the interactive mode of communication with the user allows you to: develop and display in the form of visual diagrams a model of complex security of objects of critical application; evaluate the inconsistency of local security aspects; choose the appropriate method of optimization depending on the degree of inconsistency of local security aspects and threats from malicious users; to optimize the processes of ensuring complex safety of critical application objects in regular, critical and threatening situations by the criterion of minimum deviation from the requirements; to give an integral rapid assessment of the level of safety, using models of additive, multiplicative and dichotomous convolution, as well as convolution based on the theory of non-clear sets; to carry out expert evaluation of local safety indicators at the preliminary stage of optimization; evaluate the sustainability of management decisions taking into account the management style adopted at this facility and the nature of relationships between subordinates. The complex is built on the basis of interactive ideology and differs from the existing disparate software products of similar purpose in that it is implemented as an information and calculation system of dialect type with a single interface and a common database. The complex is implemented in an integrated TURBO PASCAL environment using VISUAL BAISIC, DELPHI, and C++ procedures and functions that are focused on creating applications running Windows 10. It can find practical application as a decision support tool for managing the safety of critical application ergatic systems.

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