TR 102 401 : 1.1.1

Intellectual Property Rights
Foreword
Introduction
1 Scope
  1.1 Major findings
  1.2 Interoperability: fully verified
  1.3 Performance assessment: better than expected
  1.4 Field trials: confirmation of laboratory tests
  1.5 Further work needed
2 References
3 Definitions and abbreviations
  3.1 Definitions
  3.2 Abbreviations
4 Interoperability tests
  4.1 List of Equipments
  4.2 Interoperability of Contribution equipments
  4.3 Interoperability of Distribution equipment
  4.4 Interoperability tests conclusion
5 Performance measurements
  5.1 Laboratory measurements performed
  5.2 DVB-T versus DVB-H
  5.3 MPE-FEC coding rate influence
  5.4 Transmission mode influence
  5.5 Absolute burst duration influence
  5.6 Performance measurements conclusions
6 Field trials
  6.1 Field trials performed
  6.2 Mobile in-car reception
  6.3 Pedestrian outdoor reception
  6.4 Pedestrian indoor reception
  6.5 Field trial conclusions
7 DVB-H VTF conclusions
Annex A: Test methodology
      A.1 DVB-H VTF test bed
      A.2 VTF Test Bed presentation
      A.3 DVB-H VTF laboratory tests
      A.4 List of tests
      A.5 Impulse noise tests
Annex B: Field trials methodology
      B.1 Objectives of field trials
      B.2 Measurement criteria and failure point
      B.3 Measurement set-up
      B.4 Raw data analysis methodology
Annex C: Lab tests - raw data
Annex D: Field trials - Raw data
Annex E: List of equipment
      E.1 Laboratory tests
      E.2 Field trials
Annex F: Credits
History

Contains a collection of simple technical ingredients spread over several layers of the Digital TV production chain. Therefore, the DVB-H complexity is more related to the overall transmission system than to the individual techniques used to provide efficient delivery to handheld terminals.