Baseband transceiver design for the DVB-terrestrial standard

In this paper, a baseband transceiver of the digital video broadcasting-terrestrial (DVB-T) system is proposed. Synchronization algorithms for symbol boundary detection, timing and carrier frequency estimation and compensation are presented. In addition, channel estimation using two-dimensional interpolation is implemented. Functional simulation results show that the proposed receiver can allow for reliable reception of DVB-T signals even in high-speed mobile scenarios