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Radio engineering systems

All lectures: All lectures on the discipline: radio engineering systems are collected here. These fascinating lectures provide us with the opportunity to explore the deep principles and phenomena underlying our knowledge and our desire to understand the world.


1. Introduction to Radio Systems
2. Basic radio systems
3. Signals of radio systems. The main features of simple and complex signals
4. Stochastic signals
5. Physics of noise
6. Types of electrical noise of radio devices
7. Reduced noise
8. Secondary radiation of radar objects
9. Formation of spectra of signals reflected from targets
10. Noise radar receivers
11. Reception and processing of signals in the background noise
12. Filtering signals against noise and noise
13. Radio equation
14. Radar equation
15. Physical phenomena that reduce the range of the RTS
16. Active Deliberate Interferences
17. Passive interference
18. Selection of moving targets (SAD)
19. Signal coherence
20. Errors in measuring target coordinates
21. Formation of signals from objects and plant media. Signal specific features
22. Radar continuous radiation. Challenges and opportunities
23. Basics of object recognition and environments The contribution of informative features
24. The basics of object recognition and environments. S / N ratio
25. The principle of operation of the radar of continuous radiation
26. Block diagram of the radar of continuous radiation
27. Pulse radar. Main types
28. Comparative power radar
29. Radar continuous radiation with a complex signal
30. The use of complex signals in the radar
31. Functional diagram of coherent pulse radar
32. Radio control
33. Satellite TV broadcasting and communication systems
34. Cable TV Systems
35. Antenna selection. mirror and flat antennas
36. Statistical analysis of signals Specific features of signals Formation of signals from objects and plant media