SYSTEM PRZECIWDZIAŁANIA BEZZAŁOGOWYM STATKOM POWIETRZNYM

In the article, the development of a system of counteraction to unmanned aerial vehicles is considered. A way to counteract unmanned aerial vehicles is described. The analysis of parameters of the system and its constituent parts is carried out. The structural scheme of the system, functional and principle schemes of subsystems on the basis of Arduino are described.W artykule przedstawiono opracowanie systemu przeciwdziałania bezzałogowym statkom powietrznym. Opisano sposób walki z bezzałogowymi statkami powietrznymi. Przeprowadzono analizę parametrów systemu i jego części składowych. Opisano schemat strukturalny systemu, schematy funkcjonalne i podstawowe podsystemy zrealizowane na bazie platformy Arduino

Особливості використання хмарного сервісу Office 365 для організації освітнього процесу вищого навчального закладу

The article is devoted to problems of development and introduction of services of cloud technologies in the educational process. The need to search and develop new ways and means in education that involve the use of cloud technologies is described. The main concepts of information and communication technologies and cloud services are highlighted. Basic information about Google and Microsoft services and the benefits of working with them in the field of education are provided in the article. Microsoft Office365 services that provide ease of organization, fast work, online communication, the availability of any electronic resources in the activities of the educational institution are described. Overview of Office 365 services is reviewed, the features and uses of Microsoft Office 365 in the educational process are described. The possibilities of the Office 365 services that are used in the educational process of a higher educational institution are formulatedУ статті наведено основні відомості про Google та Microsoft сервіси і про переваги роботи з ними у сфері освіти. Описано сервіси Microsoft Office 365, що забезпечують зручність упорядкування, швидку роботу, online-комунікацію, доступність будь-яких електронних ресурсів у діяльності навчального закладу. Здійснено огляд можливостей служб Office 365, описано особливості та аспекти використання Microsoft Office 365 в освітньому процес

Therapeutic cloning

The review is devoted to the current biomedical direction in cell-replacement therapy - therapeutic cloning, which is the most universal approach for obtaining patient-specific embryonic stem cell lines (hESC) with tremendous potential in maintaining and restoring human health. Now the main sources of stem cells directly for biomedical work are stem cells from umbilical cord blood and adult stem cells. Both sources have serious limitations: umbilical cord blood stem cells are autogenous only to the newly born, and receiving stem cells from the patient himself is unsafe for him. In addition, in general opinion, the potential for differentiation in these cells is lower than in ESCs. Obviously, the most versatile and reliable source of human stem cell (SC) production is through cloning technology

ОсобливостІ використаннЯ хмарнОгО сервісУ Office 365 длЯ організаціЇ ОсвітньОгО процесУ вищОгО навчальнОгО закладУ

У статті наведено основні відомості про Google та Microsoft сервіси і про переваги роботи з ними у сфері освіти. Описано сервіси Microsoft Office 365, що забезпечують зручність упорядкування, швидку роботу, online-комунікацію, доступність будь-яких електронних ресурсів у діяльності навчального закладу. Здійснено огляд можливостей служб Office 365, описано особливості та аспекти використання Microsoft Office 365 в освітньому процес

Features of use cloud service Office 365 for organization of the educational process of higher educational institution

The article is devoted to problems of development and introduction of services of cloud technologies in the educational process. The need to search and develop new ways and means in education that involve the use of cloud technologies is described. The main concepts of information and communication technologies and cloud services are highlighted. Basic information about Google and Microsoft services and the benefits of working with them in the field of education are provided in the article. Microsoft Office365 services that provide ease of organization, fast work, online communication, the availability of any electronic resources in the activities of the educational institution are described. Overview of Office 365 services is reviewed, the features and uses of Microsoft Office 365 in the educational process are described. The possibilities of the Office 365 services that are used in the educational process of a higher educational institution are formulatedУ статті наведено основні відомості про Google та Microsoft сервіси і про переваги роботи з ними у сфері освіти. Описано сервіси Microsoft Office 365, що забезпечують зручність упорядкування, швидку роботу, online-комунікацію, доступність будь-яких електронних ресурсів у діяльності навчального закладу. Здійснено огляд можливостей служб Office 365, описано особливості та аспекти використання Microsoft Office 365 в освітньому процес

SMART HOME MANAGEMENT SYSTEM

The purpose of this work is to review the algorithms of the relationship between the terminal and the modules for the implementation of the system “Smart Home” on the Android operating system. And the development of its own system “Smart Home”. The system consists of a tablet with the Android operating system, which has its own developed program – the terminal, and various modules and sensors based on the microcontroller ESP8266-01. The main object in the development was to write universal, open and well-thought-out code, which allows you to implement any universal platform for a smart home, and at the same time wrote the minimum code for your modules. The use of a modular system in the terminal greatly simplifies the interaction with the system and significantly increases the speed of performing certain functions and adding functionality for a new module. This means that in the future it will be quite easy to add any new independent module. All elements of this system are controlled, both from the head device – the terminal, and the client (any smartphone where the special software will be installed). The use of more universal objects for embedded modules, the use of one main window for most of the implemented functionality, new functions for forming commands, the use of new libraries for any functionality in this project, such as sending broadcast messages, searching for devices on the network, internal methods for microcontroller management ware considered. The results of this work can be used for deployment systems with control of climatic parameters and energy consumption, in ordinary house, and in specialized rooms with more rigid requirements for the microclimate of the environment. In the future, it is planned to add a power consumption sensor to the system and improve sharing.</jats:p