Title: Risk Assessment Based On Factor-Parametric Modeling
Authors: Rakhimov Oktiyabr Dostkabilovich, Yarasheva Manzura Yakhshiboy qizi
Volume: 9
Issue: 12
Pages: 22-25
Publication Date: 2025/12/28
Abstract:
The article presents information and scientific analysis on the factor-parametric modeling method, which enables risk assessment. In accordance with the labor protection management system, the development of a logical basis for risks is examined, along with the factor-parametric base of the "factors - object - protection - employee" system, i.e., a complex of fuzzy sets with various collections of factor and parameter types. The "v - f - r" model (i.e., "impact - mitigation - sensitivity") is adopted as the core model, and the condition for risk occurrence is evaluated. The model is based on the interconnection of risk-inducing impacts (v), mitigating protection systems (f), and the sensitive object (human) (r).