CONTENTS - RECOMMENDATION ITU-R M.1653 - Operational and deployment requirements for wireless access systems including radio local area networks in the mobile service to facilitate sharing between these systems and systems in the Earth exploration-satellite service (active) and the space research service (active) in the band 5 470-5 570 MHz within the 5 460-5 725 MHz range

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1     Technical characteristics of wideband spaceborne active sensors
1     Sharing between RLANs and radar altimeters
        1.1     Introduction
        1.2     Technical characteristics of the two systems
        1.3     Interference from a single RLAN into altimeters
        1.4     Estimation of the number of RLANs in the –3 dB footprint of an altimeter
Aggregate building attenuation
Activity factor
Transmitter power control
        1.5     Interference from altimeters into RLANs
        1.6     Summary of results
1     Introduction
2     Details of sharing issue
3     Simulations
        3.1     Parameters used in the simulations
        3.2     Simulation results and comments
4     Summary of results
1     Introduction
2     Technical characteristics of EESS
3     Technical characteristics of outdoor WAS/RLANs
4     Technical characteristics of indoor WAS/RLANs
5     Distribution of outdoor WAS/RLANs systems
6     Distribution of indoor WAS/RLAN systems
7     Interference into SAR2
8     Interference into SAR3
9     Summary of results
1     Introduction
2     Technical characteristics of wideband spaceborne SARs
3     Technical characteristics of WAS/RLAN systems
4     Performance and interference criteria for the spaceborne SAR
5     Aggregate interference from broadband RLANs into SARs
        5.1     Interference from outdoor deployment of WAS transmitters in the 5 470‑5 570 MHz band
                  5.1.1     Interference from a single WAS transmitter located outdoors in the 5 470‑5 570 MHz band
                  5.1.2     Interference from outdoor deployment of WAS transmitters in the 5 470‑5 570 MHz band
        5.2     Aggregate interference from a deployment of RLAN/WAS transmitters in the 5 GHz range
6     Interference from SARs into broadband RLANs
7     Summary of results
1     Introduction
2     Practical antennas conforming to the proposed e.i.r.p. mask
        2.1     Base station or access point antennas for 5 GHz WAS/RLANs applications
3     Tilt sensors and their application to 5 GHz WAS/RLAN antennas
4     Summary of results