database

The aim of this article is to develop information system for people with bronchial asthma. The main function of the information system described in the article is enabling self- control of bronchial asthma by patients. By controlling asthma correctly, patients can reduce the symptoms of asthma. The most important task solved before the information system design was a selection of the asthma parameters which can be monitored and implemented in it. The information system consists of two main elements: a database and an application.

In the article were researched the principles of building systems for observation and recognition of objects. Also we have given the classification of human faces recognition methods. Authors have analized the features of operetion for the progressive calibration network (PCN) for human face recognition. And finally has been created and tested the developed face recognition algorithm as the realized software system.

Features of vending cyber physical systems performance after durable exploitation have been examined. Ready-made means of cyber physical systems scaling have been analyzed. Main advantages and disadvantages of a ready system switchover to a third-party developer’s platform have been defined. Means of large databases optimization have been offered. Analytical data that led to the decision to optimize the existing database have been produced. The elements of vending cyber physical system and possible changes in its structure due to the switchover to different platforms have been covered.

This work deals with the development of a structural model of decision-making tools for cyberphysical systems and with the development of a control system of decision-making tools for cyberphysics systems. The main difficulties in developing decision-making tools have been considered and analyzed. A structural model of decision making tools for cyberphysical systems and its characteristics has been considered. The estimation of hardware costs for the implementation of decision-making tools of cyberphysical systems has been made.

The importance of using modern software and hardware in the life of a citizen and the state was described. The issue of integration of information technologies and achievements of computer technologies in activity processes of government bodies in various spheres are considered, examples of accessible electronic resources available to citizens of Ukraine, which help to solve the issues of interaction between a citizen and the state, are given, their advantages and disadvantages are analyzed.

The article outlines a range of tasks, approaches and stages of developing parsing technology for text of a multilingual explanatory terminology dictionary. Research was conducted for the “Dictionary of Ukrainian Biological Terminology”. Among all the vocabulary diversity, this dictionary was chosen because terminology dictionaries provide a lexical-semantic basis for further creation of systems for the intelligent processing of professional texts, which provide information on specific subject areas.

Context-based methods represent an important part of toolkit used to build intelligent systems. In the article existent definitions of context for a system with a single decision making agent were discussed. Available formal models for context data representation and processing were compared. The approaches for different forms of reasoning within context were analyzed. Also the application of context awareness in systems with situation awareness is discussed. In the article unresolved problems and tasks in the domain of context aware computing are delineated.

This paper discusses the problems that arise when working with disparate data sources using database. The model of data warehouse is presented as way of integrating and processing data from disparate sources while creating a decision support system for the design of distributed energy systems.

The internet-accessible multi-user system of geodynamic monitoring data processing is presented. It is realized in the Java programming language as an interactive Web page which can be placed either on its own server of the awarding authority (Carpathian Branch of Subbotin name Institute of Geophysics of NAS of Ukraine) or on public Internet servers. Functionally the programs` complex consists of the following modules: module of receiving of geophysical information, database module, client modules, system administrator module.