Abstract:
The digital video broadcasting (DVB) transmission standard DVB-T2 published by the ETSI [1] enables a new digital television format for terrestrial transmissions. It curr...Show MoreMetadata
Abstract:
The digital video broadcasting (DVB) transmission standard DVB-T2 published by the ETSI [1] enables a new digital television format for terrestrial transmissions. It currently supersedes DVB-T transmission systems. The introduction of a complicated frame and modulation structure raises several demands to process DVB-T2 in passive radar applications. This includes challenges for the reconstruction and the processing due to different symbol lengths, modulation parameters like the length of FFTs and the overall structure. It is necessary to understand the challenges and accomplish solutions to address these changes. Different solutions were tested by the Fraunhofer FHR passive radar department, Germany for the usage in their PCL systems.
Published in: 2018 International Conference on Radar (RADAR)
Date of Conference: 27-31 August 2018
Date Added to IEEE Xplore: 06 December 2018
ISBN Information:
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- Index Terms
- Passive Radar ,
- Frame Structure ,
- Digital Television ,
- Decoding ,
- Dynamic Range ,
- Reference Signal ,
- Arbitrary Value ,
- Modulation Scheme ,
- Doppler Shift ,
- Forward Error Correction ,
- Passive Process ,
- Signal Reconstruction ,
- Presence Of Interference ,
- Real-time Capability ,
- Poles And Zeros ,
- Symbol Duration ,
- Low-density Parity-check ,
- Constellation Points ,
- Peak-to-average Power Ratio ,
- Polarization Diversity
Contents Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- Index Terms
- Passive Radar ,
- Frame Structure ,
- Digital Television ,
- Decoding ,
- Dynamic Range ,
- Reference Signal ,
- Arbitrary Value ,
- Modulation Scheme ,
- Doppler Shift ,
- Forward Error Correction ,
- Passive Process ,
- Signal Reconstruction ,
- Presence Of Interference ,
- Real-time Capability ,
- Poles And Zeros ,
- Symbol Duration ,
- Low-density Parity-check ,
- Constellation Points ,
- Peak-to-average Power Ratio ,
- Polarization Diversity
