програмна система

The article presents an implementation of the weather station software on a microprocessor platform using .NET technology. The system consists of a hardware module that collects weather data, a microprocessor platform that processes data, and a software application that visualizes and stores data. The software system is designed using the .NET platform, which provides an environment for software de- velopment. The system uses a web interface that allows users to access the weather from anywhere with a web browser.

The goal of the work is to develop a client-server software system for library index automation, which consists of the user interface, presented as a web page, back-end server layer, and database. The problem of developing a library index automation system has been considered. The developed structure of the library index automation system has been presented. The structure of the library index automation system database has been proposed. The features of designing the user interface of the library index automation system have been considered.

The goal of the work is to develop the software system of monitoring of a situation in the settlement. It consists of the user interface which is presented as a mobile application and the server. This paper describes the process of developing a client-server software system in stages using the latest technologies which will be relevant and easy to maintain in the future.

In this project was shown software system for drug search in online mode, which was included: three services, user interface. Also, was analyzed test of this system, speed for system and efficiency of system.

Розглянуто найпотужніші та найпоширеніші засоби моделювання та прогнозування поширення вірусних захворювань, проаналізовано можливість їх застосування в умовах України та визначено напрям досліджень у галузі прогнозування та аналізу розвитку епідемій.

The increased mobility of business processes today relies on extensive use of software and in turn puts high demands on the quality of software and its ability to be quickly and accurately adapted to the changes in the business environment. A promising approach to solving the problem of adapting the software to changes in its operational environment is the use of ontological modeling. In the article the theoretical principles of knowledge representation and processing in software based on ontological task models were developed. A formal model of knowledge representation was built.