David Gomez-Barquero

TL;DR: This paper provides an overview of the physical layer specification of Advanced Television Systems Committee (ATSC) 3.0, the next-generation digital terrestrial broadcasting standard, covering the ATSC A/321 standard that describes the so-called bootstrap, which is the universal entry point to an A TSC3.0 signal, and the A TSCC A/322 standard that describe thePhysical layer downlink signals after the bootstrap.

TL;DR: The most relevant features of DVB-T2 are explained in detail, along with their benefits and trade-offs, in a comprehensive review of the laboratory and field trial results available so far.

TL;DR: ATSC 3.0 will provide a considerable increase in the maximum transmission capacity when using the high-order NUCs such as 1024QAM and 4096QAM, which will represent a major milestone for terrestrial broadcasting since the highest order constellation currently available is uniform 256QAM.

TL;DR: DB-NGH can be regarded the first third-generation broadcasting system because it allows for the possibility of using multiple input-multiple output antenna schemes to overcome the Shannon limit of single antenna wireless communications.

TL;DR: The hybrid approach suggested in this paper improves the file delivery efficiency while eliminating the dependency on a MBMS threshold, and derives optimum operation modes.