Customizable Adaptive User Interfaces Implementation in Control and Learning Automated Systems as Way of Increasing their Reliability and Efficiency

In modern automated systems users are often facing the information overload problem because of ever increasing volumes of information requiring treatment in short time. Working in these conditions affects the system operator’s work quality and the systems’ reliability. One possible approach to solving the information overload problem is to create personalized interfaces that take into account the user’s information management particularities. System operator’s features, which determine their preferred information representation shape and pace, form the user’s cognitive portrait. Cognitive portrait is built as a result of user interaction with the software diagnostic tools that are based on the cognitive psychology methods. The effect of using personalized user interface in an automated system can be estimated by quantifying how exactly a reduction in user response time to critical events affects the reliability and efficiency of the system. To do this, the formulae in the theory of reliability of complex automated systems are used, showing the dependency between the system reliability and critical event response time

A Method of Model Experiments for Regularizing the Problem of Recovery of the Input Signal of the Linear Object by the Integral Dynamic Model

The method of determining the parameter of regularization for solving the problem of restoring the input signal of a linear stationary object under the conditions of the existence of measurement errors and the process of solving is considered. The proposed method of model experiments allows to separate errors of different types and restore the real input signa

ВИКОРИСТАННЯ ДОМЕН-НЕЗАЛЕЖНОГО ДІАЛОГОВОГО ВІКНА ДЛЯ ВИРІШЕННЯ ПРОБЛЕМ УПРАВЛІННЯ БАЗАМИ ДАНИХ

Working with databases and forming queries to retrieve data requires knowledge of the stored data structure and access mechanisms. This can be a problem for unprofessional users. Means are to be developed to simplify this process, make it similar to the natural language use. in this article a domain-independent dialog-based problem solver is considered as one of such means.Working with databases and forming queries to retrieve data requires knowledge of the stored data structure and access mechanisms. This can be a problem for unprofessional users. Means are to be developed to simplify this process, make it similar to the natural language use. in this article a domain-independent dialog-based problem solver is considered as one of such means

Про деякі підходи до персоналізації щодо організації інтерфейсу користувача в автоматизованих системах

In modern automated systems, users are often facing the problem of information overload due to the ever increasing amounts of information to be processed in a short time. Working in these conditions affects the quality of users performing their functions in the system and the reliability of the systems themselves.In the article different existing approaches to solving this problem are described and analyzed, which are based on the idea of creating customized tools for users work with information. On the basis of these solutions a complex methodology of information representation and storage forms personalization is suggested, as well as software architecture based on it.In modern automated systems, users are often facing the problem of information overload due to the ever increasing amounts of information to be processed in a short time. Working in these conditions affects the quality of users performing their functions in the system and the reliability of the systems themselves.In the article different existing approaches to solving this problem are described and analyzed, which are based on the idea of creating customized tools for users work with information. On the basis of these solutions a complex methodology of information representation and storage forms personalization is suggested, as well as software architecture based on it

Algorithms for Dynamic Correction of the Thermal Flows’ Measuring Systems

Algorithms for thermal flows’ measuring systems’ dynamic correction are considered. The algorithms are based on the solution of deconvolution problem. The algorithms serve as a basis for development of special-purpose computing means for on-line solution of the dynamics faults’ compensation problem in measuring system

МЕТОД ДОМЕННИХ МОДЕЛЕЙ СТВОРЕННЯ І ВИКОРИСТАННЯ КАДРІВ У РОЗВИТКУ СИСТЕМ МОНІТОРИНГУ

The paper describes an approach to the problem of creating a domain model, and a parametric model of controlled engineering objects. The approach is based on using set theory and the concepts of frames, explained all the necessary concepts and attributes of the models are explained, and an option is offered of a computer (machine) implementation.The paper describes an approach to the problem of creating a domain model, and a parametric model of controlled engineering objects. The approach is based on using set theory and the concepts of frames, explained all the necessary concepts and attributes of the models are explained, and an option is offered of a computer (machine) implementation

Customizable Adaptive User Interfaces Implementation in Control and Learning Automated Systems as Way of Increasing their Reliability and Efficiency

In modern automated systems users are often facing the information overload problem because of ever increasing volumes of information requiring treatment in short time. Working in these conditions affects the system operator’s work quality and the systems’ reliability. One possible approach to solving the information overload problem is to create personalized interfaces that take into account the user’s information management particularities. System operator’s features, which determine their preferred information representation shape and pace, form the user’s cognitive portrait. Cognitive portrait is built as a result of user interaction with the software diagnostic tools that are based on the cognitive psychology methods. The effect of using personalized user interface in an automated system can be estimated by quantifying how exactly a reduction in user response time to critical events affects the reliability and efficiency of the system. To do this, the formulae in the theory of reliability of complex automated systems are used, showing the dependency between the system reliability and critical event response time

A Method of Model Experiments for Regularizing the Problem of Recovery of the Input Signal of the Linear Object by the Integral Dynamic Model

The method of determining the parameter of regularization for solving the problem of restoring the input signal of a linear stationary object under the conditions of the existence of measurement errors and the process of solving is considered. The proposed method of model experiments allows to separate errors of different types and restore the real input signa

Algorithms for Dynamic Correction of the Thermal Flows’ Measuring Systems

Algorithms for thermal flows’ measuring systems’ dynamic correction are considered. The algorithms are based on the solution of deconvolution problem. The algorithms serve as a basis for development of special-purpose computing means for on-line solution of the dynamics faults’ compensation problem in measuring system