We propose a new approach to study the various aspects of the practical application of structural identification algorithms. We analyze the risks arising by applying these algorithms at the pre-design stages of creating automatic control systems. In particular, we show that using these algorithms creates the possibility of an unforeseen deterioration in the estimation quality of a technical object's output variable. We formulate methodological recommendations for the practical application of structural identification algorithms. In particular, we are developing a flowchart for searching for an adequate mathematical model of a technical object based on the use of structural identification algorithms. We present a preliminary assessment of the information capabilities of structural identification algorithms.

Рассматриваются вопросы интеграции компонентов гибридного интеллекта, сориентированные на обеспечение мониторинга активности и взаимодействия отдельных компонентов базы "Commonsense Knowledge", с целью построения виртуальной семантической среды. Основой исследований применимости таковых предложены интеграционные компоненты протоколов посредством "Blackboard System" для организации многосторонней связи друг с другом. Ключевые слова: мониторинг активности, Quadrant Enabled Delphi (QED) Method, EXtensible Battle Management Language (XBML), Commonsense Knowledge, Blackboard System, системная интеграция.

В процессе генезиса системы государственного управления России накоплены противоречия, неразрешимые в рамках сложившейся системы социальных отношений между управляющей элитой и подчиненным населением. Данные противоречия приводили ранее и снова приведут к социальному коллапсу. В работе предлагается комплекс мер, обеспечивающий решение данной проблемы.

The problem of sensitivity of a redundant system's probability characteristics to shapes of the input distributions is considered. In some previous works, closed-form representations have been found for stationary characteristics of hot redundant systems with exponential lifetime distribution of their elements and general distribution of their repair time. In the current paper we carry out the sensitivity analysis of a k-out-of-n:F system with the help of simulation approach. Comparison of analytic and simulation results is presented.

With the rapid development and spread of computer networks and informa- tion technology, researchers face new sophisticated and complex challenges of both applied and theoretical nature in investigating the reliability and availability of networks and data transmission systems. In current paper, we study the system-level reliability of a multiple redundant system using the simulation approach. Also, we obtain the values of the relative repair rate at which the desired level of reliability is achieved, present plots of the system uptime probability and plots of the empirical distribution function and the empirical reliability function. Software implementation of the developed simulation algorithms was carried out on the basis of the R language.