DEVELOPMENT OF A MODEL FOR DECISION SUPPORT SYSTEMS FOR MANAGING THE PROCESS OF INVESTING IN CYBERSECURITY TAKING INTO ACCOUNT MULTIFACTORIALITY

Abstract

A model for managing the investment process is proposed, based on the example of investing in cybersecurity of national scale informatization objects, taking into account the multifactorial nature of this process. The difference between this model and those previously developed is that, firstly, it considers the investment process as a complex structure, for which it is not enough to model it as a one-factor category. Second, our model is based on the solution of a bilinear multi-step quality game with several terminal surfaces. The solution is obtained within the framework of the scheme of a new class of bilinear multistage games describing the interaction of objects in a multidimensional space. Consideration of the investment process in such a setting makes it possible to adequately describe the process of searching for rational strategies of players in the course of investing in information technologies. The study made it possible to implement the program code of the model in the MatLab simulation environment.

More by Bagdat Yagaliyeva

• Models and Algorithms for the Comprehensive Assessment and Forecasting of Environmental Conditions, Using the Example of Carbon Monoxide Air Pollution and Noise Pollution Associated with Road Traffic in CitiesAlgorithms · 2026
• A Benchmark and Cross-Camera Protocol for Open-Set Re-Identification of Holstein Cattle: Synchronized Multi-View Capture and Viewpoint-Invariant AlignmentAlgorithms · 2026
• Multi-criteria optimization for selecting an information security system for a university's distributed computing network based on NSGA-IIIArray · 2026 · Citations: 1
• Simulation of automated carbon quota trading based on blockchain technologyProceedings of Southwest State University · 2026