Hierarchy

На основі аналізу ієрархічної моделі перешкод на шляху реалізації Екологічної конституції Землі синтезовано вектор пріоритетів матриці попарних порівнянь, головне власне значення якого слугує критерієм оптимізації вихідної моделі.

Due to the hierarchical models analysis of the World Environmental Constitution realization obstacles, the vector of pairwise comparisons priorities matrix was synthesized with the main eigenvalue as an original model optimization criteria.

Пропонується гнучкий і універсальний підхід для опису електричних схем та дерева згортання, за яким можна оптимізувати виконання ключових етапів ієрархічної кластеризації.

A flexible and universal approach for presentation of electric circuits and reduction tree, which can optimizes the performance of key stages of hierarchical clustering is proposed.

The system aspects of optimality problem within the framework of the structure of decision-making process, connecting it with DM models and tasks, theoretical and practical aspects of optimal solution peculiarity were analyzed. The analysis entropic specification and their impact on the optimal level of practical decisions was made. The DM methods specifications in context of optimal decisions-making were compared, the consumption of partitioning and threshold method, as one of the most flexible for decision-making in different conditions were justified.

The main approaches for the formation of generalized conclusions about operation quality of complex hierarchical network systems are analyzed.  Advantages and drawbacks of the ``weakest'' element method and a weighted linear aggregation method are determined.  Nonlinear aggregation method is proposed for evaluating the quality of the system, which consists of elements of the same priority.  Hybrid approaches to form generalized conclusions are developed based on the main aggregation methods.  It is shown that they allow us to obtain more reliable generalized conclusions.