Policy on Intellectual Property Right (IPR)
1 Introduction
2 Current use of the band 154-156 MHz
and interference susceptibility of systems operating in the considered band
2.1 Fixed, mobile, maritime mobile and
aeronautical mobile services susceptibility used in the study
3 Characteristics of radiolocation service
(RLS) used for the sharing studies
3.1 Spectrum requirement
3.2 Transmitter and receiver
characteristics used for the sharing study
4 Sharing studies methodology
4.1 Impact from RLS into fixed,
mobile and maritime mobile services systems
5 Results
5.1 Impact from RLS into fixed,
mobile, maritime mobile and aeronautical (OR) mobile services systems
5.1.1 Results of sharing
studies in the frequency band 154-156 MHz
5.1.2 Possible mitigation
technique to protect mobile service stations
5.1.3 Results of adjacent
band compatibility between space surveillance radars operating in the
154-156 MHz and MMS stations operating in the band above 156 MHz
5.2 Impact of FS, MS into space
surveillance radars receivers
5.2.1 Impact of mobile
service stations into space surveillance radars receivers
5.2.2 Impact of fixed
service stations into space surveillance radar receivers
6 Conclusions
1 Refinement of radiolocation stations
characteristics and scenarios of interference caused by space surveillance
radars to MS/FS stations
1.1 Refinement of technical
characteristics for space surveillance radars
1.2 Refinement of scenario for
interference effect from space surveillance radars to MS stations
1.3 Refinement of scenario for
interference effect from space surveillance radars to FS stations
2 Space surveillance radar and MS stations
characteristics used for interference estimation
3 Estimation of interference caused by
space surveillance radar radiation to MS stations
4 Estimation of interference caused by
space surveillance radar to FS stations
5 Conclusions
1 Systems characteristics
1.1 Radiolocation system
1.2 Land mobile systems
2 Protection criteria
3 Sharing analysis/methodology
3.1 Sharing analysis scenario and assumptions
3.2 Sharing analysis
3.3 Assessment of analysis results
4 Conclusions
1 Analysis of performances related to MMS
stations operating in the 156-174 MHz frequency band
2 Assumed performances characteristics of
space surveillance radars and MMS stations
3 Analysis of space surveillance radar
emission impact on operation of MMS stations
4 Conclusion