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Statistical radio engineering

ВБ 1.08

Вибіркова дисципліна для ОП

First

2021/2022

7 Semester

3

To form in students a deep understanding of probabilistic physical processes that take place in radio engineering circuits, as well as to prepare them for the study of special disciplines in which the methods of statistical radio engineering are used.

Full-time form

Before studying the discipline "Statistical radio engineering", it is necessary to complete training in the following disciplines: "Higher mathematics", "Basics of Circuit Theory", "Electrodynamics of the near field", "Generation and shaping of signals", "Signals and processes in radio engineering".

Fluctuations and moments of higher orders. Binomial distribution. Gauss distribution. Poisson distribution. Ergodic hypothesis. Mathematical description of dynamic processes. Rayleigh's law. Wiener-Hinchin theorem. Random impulse sequence and its description. Thermal noise. Nyquist's theorem. Flicker effect. Noise effects in semiconductor devices. Atmospheric noises. Schumann waves. Lithospheric noises. Modern problems of statistical radio engineering.

1) А.О. Мінаков, О.Ф. Тирнов. Статистична радіофізика. Харків, 2003. – 526 с. 2) В.М. Васильєв, С.Я. Жук. Теорія ймовірностей в радіотехніці: підручник. Київ: Вид-во «Політехніка», 2022. – 368 с. 3) Сигнали і процеси в радіотехніці. Ч. 4. Статистична радіотехніка. Конспект лекцій / Укладачі А.С. Макаренко, С.Н. Литвинцев. — К. : НТУУ «КПІ», 2012. — 104 с. 4) В.П. Бабак, Б.Г. Марченко, М.Є. Фриз. Теорія ймовірностей, випадкові процеси та математична статистика. Підручник. К. Техніка, 2004. – 288 с.

Lectures - 30 hrs, laboratory work - 14 hrs, consultations - 1 hr, independent work - 45 hrs, total - 90 hrs.

Semester evaluation is carried out by writing three modular test papers (up to 18 points each) and defending activity in practical classes (up to 6 points), in total - up to 60 points. Final evaluation in the form of credit - up to 40 points.

Ukrainian