What are some potential research directions for using impedance matrices to describe 5G and 6G telecommunication systems?
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Матрицы импедансов можно использовать для описания телекоммуникационных систем 5G и 6G в различных направлениях исследований. Одним из потенциальных направлений является измерение смещения несущей частоты (CFO) при передаче неортогональных и асинхронных сигналов ]. Другое направление — моделирование вакуумных электронных устройств (ВЭД) с использованием импедансных матриц, позволяющее охарактеризовать схемные структуры с произвольными элементами и портами ]. Кроме того, матрицы импедансов могут быть использованы при изучении глобального соответствия Лэнгланда глобальным полям с положительными характеристиками, в частности в направлении «Галуа — автоморфные» ]. Кроме того, матрицы импедансов можно использовать при вычислении матриц характеристик многослойных и многопроводниковых линий передачи с учетом потерь в проводниках и режима сильного скин-эффекта ]. В целом матрицы импедансов представляют собой универсальный подход к анализу и пониманию различных аспектов телекоммуникационных систем 5G и 6G.
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| Papers (5) | Insight |
|---|---|
Open access•Posted Content | В статье не упоминается об использовании матриц импеданса для описания телекоммуникационных систем 5G и 6G. |
17 Citations | В статье не представлены конкретные направления исследований по использованию импедансных матриц в телекоммуникационных системах 5G и 6G. |
15 Dec 2014 3 Citations | В данном тексте нет информации об использовании матриц импедансов для описания телекоммуникационных систем 5G и 6G. |
29 Citations | В статье не упоминаются потенциальные направления исследований по использованию импедансных матриц в телекоммуникационных системах 5G и 6G. |
Open access•Posted Content | Данный текст не содержит информации о потенциальных направлениях исследований использования импедансных матриц в телекоммуникационных системах. |
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