Policy on Intellectual Property Right (IPR)
1 Introduction
2 Scope
3 Related documents and list of studies
3.1 Related documents
3.2 List of studies
4 General considerations for mobile systems
5 Studies for outdoor environments
5.1 Urban and suburban environments
5.1.1 Study 1: Site-general models (Frequency range:
variable in 0.8 ~ 73 GHz)
5.1.2 Study 2: Site-specific model, propagation within
street canyons and modelling for chamfered shape buildings at intersections
(Frequency bands: 2.2, 4.7, 26.4, 37.1 GHz)
5.1.3 Study 3: Site-specific model, propagation within
street canyons (Frequency bands: 28, 3 GHz)
5.1.4 Study 4: Site-specific model, propagation
over-rooftop in suburban environments (Frequency bands: 28, 38 GHz)
5.1.5 Study 5: Delay spread, propagation in urban
environments, below-rooftop and over-rooftop (Frequency bands: 25.5-28.5 GHz,
51-57 GHz, 67-73 GHz)
5.1.6 Study 6: Delay spread, propagation in urban
environments, below-rooftop (Frequency bands: 28, 38 GHz)
5.1.7 Study 7: Delay spread, propagation in urban
environments, below-rooftop
5.1.8 Study 8: Prediction models of delay and angular
spreads as a function of antenna beamwidth (Frequency bands: 28 GHz, 38 GHz)
5.1.9 Study 9: Cross-polarization discrimination (Frequency
bands: 51-57, 67-73 GHz)
5.2 Residential environment
5.2.1 Study 1: Path loss model for propagation between
terminals located below roof-top height in residential environments (Frequency bands:
2.4, 4.7, 26.4 GHz)
5.2.2 Study 2: Delay spread, propagation in residential
environments, below-rooftop (Frequency bands: 25.5-28.5, 67-73 GHz)
6 Studies for indoor environments
6.1 Study 1: Power loss coefficients and shadow fading statistics
(Frequency bands: 0.8, 2.2, 4.7, 26, 37 GHz)
6.1.1 Executive summary
6.1.2 Background and proposal
6.1.3 Measurement setup and procedure
6.1.4 Validation results
6.1.5 Conclusion
6.2 Study 2: Power loss coefficients and shadow fading statistics (Frequency
bands: 28, 38 GHz)
6.2.1 Executive summary
6.2.2 Background and proposal
6.2.3 Measurement setup and procedure
6.2.4 Validation results
6.2.5 Conclusion
6.3 Study 3: Power loss coefficients, shadow fading statistics, rms
delay spread parameters (Frequency bands: 51-57, 67-73 GHz)
6.3.1 Executive summary
6.3.2 Background and proposal
6.3.3 Measurement setup and procedure
6.3.4 Validation results
6.3.5 Conclusion
6.4 Study 4: Power loss coefficients (Frequency band: 70 GHz)
6.4.1 Executive summary
6.4.2 Background and proposal
6.4.3 Measurement setup and procedure
6.4.4 Validation results
6.4.5 Conclusion
6.5 Study 5: Power loss coefficients (Frequency band: 300 GHz)
6.5.1 Executive summary
6.5.2 Background and proposal
6.5.3 Measurement setup and procedure
6.5.4 Validation results
6.5.5 Conclusion
6.6 Study 6: Rms delay spread parameters (Frequency bands: 28, 38
GHz)
6.6.1 Executive summary
6.6.2 Background and proposal
6.6.3 Measurement setup and procedure
6.6.4 Validation results
6.6.5 Conclusion
6.7 Study 7: Rms delay spread parameters (Frequency bands: 30, 60
GHz)
6.7.1 Executive summary
6.7.2 Background and proposal
6.7.3 Measurement setup and procedure
6.7.4 Validation results
6.7.5 Conclusion
6.7.6 References
6.8 Study 8: Antenna directivity dependence of static rms delay
spread in NLoS (Frequency band: 60 GHz)
6.8.1 Executive summary
6.8.2 Background and proposal
6.8.3 Measurement setup and procedure
6.8.4 Validation results
6.8.5 Conclusion
6.8.6 References
6.9 Study 9: Effects of antenna beamwidth to multipath delay and
angular spread (Frequency bands: 28, 38 GHz)
6.9.1 Executive summary
6.9.2 Background and proposal
6.9.3 Measurement setup and procedure
6.9.3.2 Measurement scenarios
6.9.4 Validation results
6.9.5 Conclusion
6.9.6 References
6.10 Study 10: Effect of movement of objects in the room (Frequency
band: 70 GHz)
6.10.1 Executive summary
6.10.2 Background and proposal
6.10.3 Measurement setup and procedure
6.10.4 Validation results
6.10.5 Conclusion
6.10.6 References
7 Studies for outdoor-to-indoor environments
7.1 References