Estimation of parameters of a received signal in a single-frecquency network DVB-T2

Abstract

The second-generation digital terrestrial television broadcasting system DVB-T2 [1] provides greater flexibility and spectral efficiency of the system compared to its predecessor DVB-T, and is most focused on the deployment of single-frequency networks SFN (Single Frequency Network) [2]. Important advantages of the SFN cluster are such as efficient use of the allocated radio frequency spectrum, the ability to receive a signal from an alternative direction, reducing the area of shadow zones, etc.