Кафедра інформаційних технологій

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Перегляд Кафедра інформаційних технологій по Автор "Baranenko, Roman"
  • Матеріал
    PROSPECTS FOR THE CYBERSPACE DEVELOPMENT AND ITS SOCIO-PSYCHOLOGICAL CONSEQUENCES
    (Вид-во Національного університету “Полтавська політехніка імені Юрія Кондратюка”, 2021-09) Kapiton, Alla ; Baranenko, Roman ; Tyshсhenko, Dmytro ; Diachenko, Oksana
    The article is devoted to the analysis of issues and research of the influence of social and psychological fac-tors that influence the formation of Internet-dependent behavior of the individual in terms of increasing the role of cyber-space in today's conditions. The article examines the problems of interpersonal communication in the digital space, which leads to the virtualization of the living space of modern man, causing a certain specific danger, special needs and depend-encies. The results of scientific research in this area are analyzed, namely those devoted to the impact of information tech-nology on humans, based on the specifics of digitalization of educational space, in terms of modern development of the in-formation environment of the world. The authors explored the main types of activities on the Internet: cognitive, game and communicative, which are directly responsible for specific personality changes.
  • Матеріал
    Technology Of Application Of Multifrequency Signals To Create An Electromagnetic Field
    (www.ijcsns.org, 2021-02) Strembitska, Oksana ; Tymoshenko, Roman ; Mozhaiev, Mykhailo ; Buslov, Pavlo ; Kashyna, Ganna ; Baranenko, Roman ; Makiievskyi, Oleksii
    In the article of instability on the peak power level, duration and repetition period of a multifrequency space-time signal, we calculated the maximum values of the errors of the parameters of the laws of spatial-phase-frequency control. Requirements for the accuracy of the location of the phase centers of the emitters in a cylindrical phased array antenna with pyramidal horns; it is advisable to calculate the radiation field using single-stage and multi-stage distribution laws. The phase centers of individual radiation sources of a cylindrical phased array antenna have been studied; they have almost no effect on the duration and period of recurrence.