2016 17th International Radar Symposium (IRS)
The book, presenting the proceedings of the 2018 Future Technologies Conference (FTC 2018), is a remarkable collection of chapters covering a wide range of topics, including, but not limited to computing, electronics, artificial intelligence, robotics, security and communications and their real-world applications. The conference attracted a total of 503 submissions from pioneering researchers, scientists, industrial engineers, and students from all over the world. After a double-blind peer review process, 173 submissions (including 6 poster papers) have been selected to be included in these proceedings. FTC 2018 successfully brought together technology geniuses in one venue to not only present breakthrough research in future technologies but to also promote practicality and applications and an intra- and inter-field exchange of ideas.
In the future, computing technologies will play a very important role in the convergence of computing, communication, and all other computational sciences and applications. And as a result it will also influence the future of science, engineering, industry, business, law, politics, culture, and medicine.
Providing state-of-the-art intelligent methods and techniques for solving real-world problems, as well as a vision of the future research, this book is a valuable resource for all those interested in this area.
Рассмотрена актуальность применения компьютерного моделирования на примере подсистем АСОНИКА-Т, АСОНИКА-М-3D и АСОНИКА-ТМ программного продукта АСОНИКА для анализа типовых и нетиповых конструкций радиоэлектронных средств на воздействие тепловых и механических факторов. Описаны возможности данных подсистем. Представлена методика подготовки модели к расчёту на механические воздействия в подсистеме АСОНИКА-М-3D. Приведены примеры моделирования.
MWENT-2018, the first Moscow Workshop on Electronic and Networking Technologies that is just started but is supposed to be a premium international conference fully sponsored by the IEEE Russia Central Section and Electron Devices Society of the IEEE. The uniqueness of MWENT among first-class international conferences is that it is held in rapidlygrowing place providing opportunities for exchanging information and ideas in electronic and networking field. The MWENT Workshop Technical Program Committee has established the level of the event to connect scientists with professionals, encourage students and young professionals to do research and support the transfer of research results into industry and supporting activities. They want to keep an appropriate environment for development of national Electron industry and society in general. The papers, sessions and keynote presentations have been selected to highlight both the longestablished fields in electronic and networking technologies and the newer areas as optoelectronics where micro- and nanoelectronics will contribute substantially to the well-being of mankind.
Because the conference is limited to three days, it was necessary to reject almost twice as many papers contributed. The final selection was made by the program committee team at online meetings, who worked diligently to evaluate over 350 papers. Proceedings contains the full-length papers of all invited and regular papers followed by all the MWENT contributed papers grouped by Sessions. The selected papers are organized in four parallel tracks of Sessions made of 5 to 7 papers grouped around topics of MWENT namely: wireless communication circuits and systems, control systems, RF circuits, networks, data converters, sensors, and micro- and nanosystems.
Разработан проект лабораторного практикума для изучения различных электронных устройств на основе микросхем операционных усилителей.
Рассмотрены особенности вибрационных нагрузок, воздействующих на радиоэлектронную аппаратуру. Проанализирован способ математического моделирования вибрационных нагрузок и связанной с ними диссипации механической энергии. Проведен вычислительный эксперимент по моделированию диссипации механической энергии в печатном узле и дана общая оценка его результатам.
В данной работе было проведено 3D-моделирование параболической двухзеркальной антенны в диапазоне частот (11…12,7) ГГц при помощи программы HFSS Ansoft. Был выполнен расчет основных электродинамических параметров, в частности диаграммы направленности (ДН).
Based on the above-described method of the electronic structures synthesis, an automated subsystem ASONIKA-V has been developed. This subsystem is designed to analyze the mechanical characteristics and synthesis of cabinets structures, racks and blocks electronics, mounted on vibration isolators, under the influence of harmonic vibration, random vibration, shock loads, linear acceleration, under the influence of acoustic noise, as well as complex mechanical influences and decision-making on the basis of the mechanical characteristics in order to ensure structures stability of electronic to mechanical stress.