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Next generation of broadcast multimedia services to mobile receivers in urban environments., , , , , and . Signal Process. Image Commun., 27 (8): 925-933 (2012)A Utility-Based Framework for Performance and Energy-Aware Convergence in 5G Heterogeneous Network Environments., , and . IEEE Trans. Broadcast., 66 (2): 589-599 (2020)DVB-T BER measurements in the presence of adjacent channel and co-channel analogue television interference., , , , and . TBC, 47 (1): 80-84 (2001)On the Coverage and Cost of HPHT Versus LPLT Networks for Rooftop, Portable, and Mobile Broadcast Services Delivery., , , , and . TBC, 61 (2): 133-141 (2015)SFN-SISO and SFN-MISO Gain Performance Analysis for DVB-T2 Network Planning., , , , , , and . TBC, 60 (2): 272-286 (2014)On the Methodology for Calculating SFN Gain in Digital Broadcast Systems., , , , , and . TBC, 56 (3): 331-339 (2010)DVB-T2 MISO/SISO receiver performance limits in Single Frequency Networks: Practical results., , , , , , , and . BMSB, page 1-6. IEEE, (2013)Field measurement based characterization of the wideband urban multipath channel for portable DTV reception in single frequency networks., , , , , , and . TBC, 51 (2): 171-179 (2005)Layered-Division-Multiplexing for High Spectrum Efficiency and Service Flexibility in Next Generation ATSC 3.0 Broadcast System., , , , , , , , , and 3 other author(s). IEEE Wirel. Commun., 26 (2): 116-123 (2019)Multiple Service Configurations Based on Layered Division Multiplexing., , , , , , , , , and 1 other author(s). IEEE Trans. Broadcast., 63 (1): 267-274 (2017)