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Working PartiesDocument NumberDocument TitlePublish DateDocument Type
US SG7USSG7-01_NONCONSENSUSProposed addition to DN Report ITU-R SA.[SHORT DURATION NGSO - CHARACTERISTICS]8/24/2018
US SG7, WP 7D7D_2019_R1US WP 7D May 2019 Preparatory Schedule2/1/2019
WP 7B7B104aR5_NCSharing and compatibility studies between non-geostationary satellite operations with short duration missions proposed in the 137-138 MHz (s-E) frequency band and incumbent MSS systems operating in-band and incumbent AM(R)S systems operating in the adjace4/26/2019
WP 7B7B104bR4_NCSharing and compatibility studies between non-geostationary satellite operations with short duration missions proposed in the 148-149.9 MHz (E-s) frequency band and in-band incumbent MSS systems.4/25/2019
WP 7B7B106_NCPreliminary draft revision to Recommendation ITU-R SA.1161-2 4/22/2019
WP 7B7B107R4_NCPreliminary Draft New Report ITU-R SA.[EESS-METSAT CHAR]4/26/2019
WP 7B7B109R2_NCUpdate to the Working document towards preliminary draft new Recommendation ITU-R SA.[S-BAND USE OPTIMIZATION] 4/22/2019
WP 7B7B111R2_NCPreliminary Draft Revision of Rec. ITU-R SA. 10164/22/2019
WP 7C7C124bNCNON-CONSENSUS-Working Document towards a Preliminary Draft New Report ITU-R RS.[GLOBAL_SURVEY_SMAP_RFI], “Global survey of radio frequency interference observed by the SMAP radar in the 1215-1300 MHz band and the SMAP radiometer in the 1400-1427 MHz band4/26/2019
WP 7C7C125aNCNON-CONSENSUS-Working Document towards a Preliminary Draft New Report ITU-R RS.[GLOBAL_SURVEY_AQ_RFI], “Global survey of radio frequency interference observed by the Aquarius scatterometer in 1215-1300 MHz band and Aquarius radiometer in the 1400-1427 4/26/2019
WP 7C7C125bNCNON-CONSENSUS-Working Document towards a Preliminary Draft New Report ITU-R RS.[GLOBAL_SURVEY_AQ_RFI], “Global survey of radio frequency interference observed by the Aquarius scatterometer in the1215-1300 MHz band and the Aquarius radiometer in the 14004/26/2019
WP 7C7C126NCReply Liaison Statement to WP5B on Comparison of Highest Known e.i.r.p. of Terrestrial Radars operating in EESS (active) frequency bands from 432 MHz to 238 GHz with highest e.i.r.p. given in corresponding ITU-R M-Series Recommendations4/26/2019
WP 7C7C124aNCNON-CONSENSUS-Working Document towards a Preliminary Draft New Report ITU-R RS.[GLOBAL_SURVEY_SMAP_RFI], “Global survey of radio frequency interference observed by the SMAP radar in 1215-1300 MHz band and SMAP radiometer in the 1400-1427 MHz band”4/26/2019
WP 7C7C121R2Draft New Report- Summary of RF-based Space weather sensors4/29/2019
WP 7D7D19009FSWorking Document Towards a Preliminary Draft New Recommendation ITU-R RA.[Unwanted Emission Mitigation]1/19/2017
WP 7D7D1900801Working Document Towards a Preliminary Draft Revision of Question 226-1/7, Frequency sharing between the radio astronomy service and other services in bands above 70 GHz2/17/2017
WP 7D7D1901200Working Document Towards a Preliminary Draft Revision of Question 145-2/7, Technical factors involved in the protection of radioastronomical observations2/19/2016
WP 7DUSWP7D_ADM_003USWP 7D Meeting Agenda 01-March-201612/9/2015
WP 7DUSWP7D19_19-01Working Document Toward a Preliminary Draft New Recommendation on protection of the Radio Astronomy Service from IMT systems operating in shared bands3/4/2019
WP 7DUSWP7D19_19-02Updates to the Working Document Towards a Draft Revision of Report ITU-R RA.2259, “Characteristics of radio quiet zones”3/4/2019
WP 7DUSWP7D19_19-03Updates to Preliminary Draft New Report ITU-R RA.[DISTRIB_RAS_REG], “Parameters needed for the registration of distributed radio astronomy systems”3/4/2019