The noise and pseudo-noise radars are under research for several decades. Two decades ago mostly theory has been developed. In the last decade several demonstrators with off-line processing have been constructed. Recently, due to maturity of the concept, radar prototypes are under considerations. The noise radar has several advantages - there is neither range nor Doppler ambiguities, applied noise signal is very unspecific, and thus difficult to detect and classification and noise radars do not interfere with each other and also with other devices using the same spectrum. As the illumination of the target is rather long, they can be used not only for target detection, but also for imaging and identification.

But they have also several drawbacks: they require very high dynamic range of the receivers, advanced algorithms, and high computational power of processing hardware. The short course will start with fundamentals of noise radar technology, shows how to use this technology in MIMO applications, how to modify noise waveforms to obtain required signal properties in SISO and MIMO radars. In the secondpart of the short course, the application of the noise radar will be presented and deep discussion on noise versus quantum radar will be provided.