Field Measurements of a Hybrid DVB-SH Single Frequency Network With an Inclined Satellite Orbit - Wilkus, S A; Bailey, J D; Brown, D G; Dave, R; Dorn, R L; Hanriot, J; Hoffman, M; Kulkarni, A; Lee, C S; Meader, L R; Polakovic, J M; Sullivan, J (IEEE transactions on broadcasting, 2010)
Keywords: Applied sciences; Broadcasting. Videocommunications. Audiovisual; Communication channels; Digital TV; Digital video broadcasting; Diversity methods; DVB-SH; Exact sciences and technology; Frequency variation; Highways; Information, signal and communications theory; Land mobile radio; Modulation; Modulation, demodulation; Morphology; Networks; Numerical control; Radio broadcasting; radio propagation terrain factors; Radiocommunications; Repeaters; Satellite broadcasting; Satellite communications; satellite mobile communication; Satellites; Services and terminals of telecommunications; Signal and communications theory; Systems, networks and services of telecommunications; Telecommunications; Telecommunications and information theory; Telemetry. Remote supervision. Telewarning. Remote control; Television; Terrain factors; Transmitters. Receivers; video signal processing; Performance evaluation; Single frequency network; radio broadcasting; Wireless telecommunication; Diversity; Video signal; Transmitter; Shadow; digital TV; Urban area; Time variation; Elevation; diversity methods; Image sequence; Modulation; Land Mobile Radio; Information gateway; Localization; satellite broadcasting; video signal processing; satellite mobile communication; Mobile radiocommunication; Range finding; Interlacing; Transmission channel; Coverage; Synchronization; Hybrid mode; Digital transmission; S band; DVB-SH; Communication channels; Repeater; radio propagation terrain factors; Digital video broadcasting