CONSTRAINED OPTIMIZATION OF AN INTEGRAL SECURITY INDICATOR FOR ADAPTIVE MANAGEMENT OF HAZARDOUS FACILITIES

The subject matter of the article is quantitative assessment and adaptive decision-making for managing the safety state of potentially hazardous facilities using an integral security indicator. The goal is to develop a mathematical framework for selecting an optimal management action that maximizes the indicator under resource, time, and acceptable risk constraints. The tasks are: (i) to formalize the facility state as a normalized vector of indicators and construct the integral indicator A(t); (ii) to formulate a constrained optimization model for selecting the optimal action v*(t) based on maximizing A(t); (iii) to define a periodic update and feedback mechanism and an effectiveness measure η for evaluating…