Policy on Intellectual Property Right (IPR)
1 Introduction
2 Modelling interference into DTTB services using Monte Carlo simulation
3 Interpreting the results of Monte Carlo simulation
3.1 Main issue
3.2 Fixed interferer
3.2.1 Calculation of the probability of interference into
DTTB reception in the case of fixed interferers with varying transmit power
3.2.2 Probability of interference and impact on DTTB
coverage
3.3 Moving interferer
3.3.1 Probability of disruption
3.3.2 Determination of the average decorrelation time
3.3.3 Impact on DTTB reception
3.4 Modelling of interference scenarios
4 Overall conclusions
5 Abbreviations
6 References
Annex 1 Calculation of the probability of non-interference for the protection
criteria other than C/(I+N)
Annex 2 Relationship between the probability of interference and the I/N
Annex 3 Relationship between the probability of disruption and the degradation
of the reception location probability
Annex 4 Example Monte Carlo simulation for fixed and mobile interferers
A4.1 Introduction
A4.2 Fixed interferers
A4.3 Moving interferers
Annex 5 System parameters used in the example Monte Carlo simulations
Annex 6 Results of the example Monte Carlo simulations