MODEL FOR EVALUATING EFFECTIVENESS WHEN CHOOSING A DESIGN STRATEGY FROM MULTIPLE ALTERNATIVES

The paper presents a mathematical model for evaluating effectiveness when choosing a design strategy from multiple alternatives, providing comprehensive consideration of multi-criteria design solutions and the ability to quantitatively assess parameters. The model is based on an integral efficiency indicator that takes into account financial costs, time resources, and qualitative characteristics of projects. A mechanism for dynamic adjustment of weighting coefficients is proposed, allowing the model to adapt to changing project environment conditions. The application of the efficiency evaluation model is demonstrated using the example of designing an automated fire safety monitoring system. The use of linear normalization of heterogeneous Criteria and the analytic hierarchy process for determining weighting coefficients ensures mathematical rigor and reliability of the obtained results. The developed model is relevant for design organizations with increased requirements for system reliability and safety, including organizations developing solutions for EMERCOM of Russia.