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ITU-R WP3L.AR C

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Ionospheric Propagation and Radio Noise

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Contributions
	Number	Title	Source	AI/Question	Date
	[ 62 ]	Submission of external noise data to radio noise databank - 2024	United Kingdom of Great Britain and Northern Ireland		2024-05-17
	[ 61 ]	Supporting documentation for MATLAB code for processing white gaussian noise recordings	United Kingdom of Great Britain and Northern Ireland		2024-05-17
	[ 60 ]	Ofcom's long-term radio noise measurement campaign in the United Kingdom - 2024 update	United Kingdom of Great Britain and Northern Ireland		2024-05-17
	[ 59 ]	Supplement for Recommendation ITU-R P.531 on modelling ionospheric scintillation occurrence variations with geomagnetic latitude	China (People's Republic of) , France		2024-05-16
	[ 58 ]	Supporting information document on Recommendation ITU-R P.1239 - Validation of computational method influence of R12 in foF2 prediction of ITU-R P.1239 using ionospheric observations from Chinese region	China (People's Republic of)		2024-05-16
	[ 57 ]	Discussion document on the machine learning model in the field of radio wave propagation	China (People's Republic of)		2024-05-16
	[ 56 ]	Towards a set of Machine learning methods for Radiowave propagation modelling	Canada		2024-05-17
	[ 55 ]	Working document toward a preliminary draft revision of HDB-58 - Update of Handbook 58 on ITU-R propagation prediction methods for interference and sharing studies	United States of America		2024-05-13
	[ 54 ]	Working Document Towards a Preliminary Draft Revision of P.533-14 - Update L_y and L_z Values	United States of America		2024-05-13
	[ 53 ]	Seasonal, temporal and spatial evolution of irregular structures of topside ionosphere after midnight in low solar activity period	China (People's Republic of)		2023-05-15
	[ 52 ]	Discussion on the prediction performance of ionospheric FOF2 in the middle latitude region based on machine learning	China (People's Republic of)		2023-05-15
	[ 51 ]	Discussions on Annex 2 of Working Party 3L Chairman's Report - Recent advances of the Chinese GHz scintillation model	China (People's Republic of)		2023-05-15
	[ 50 ]	Supplement for recommendation ITU-R P.531-15:validation of the new relationship function between S4 and the nakagami "m-coefficient"	China (People's Republic of)		2023-05-15
	[ 49 ]	Preliminary draft revision to Recommendation ITU-R P.1239	France		2023-05-15
	[ 48 ]	Preliminary draft revision of Recommendation ITU-R P.371	France		2023-05-15
	[ 47 ]	High latitudes ionospheric scintillation prediction with the STIPEE model	France		2023-05-15
	[ 46 ]	Electromagnetic compatibility tests of wireless charger for mobile phone (Information Paper)	Brazil (Federative Republic of)		2023-05-12
	[ 45 ]	OFCOM`S long-term radio noise measurement campaign in the United Kingdom - 2023 Update	United Kingdom of Great Britain and Northern Ireland		2023-05-12
	[ 44 ]	Draft reply liaison statement to Working Parties 5B and 7C - Ionospheric propagation	Russian Federation		2023-05-12
	[ 43 ]	Revision of preliminary draft new Question ITU-R XXX - Machine learning and methods required for radiowave propagation studies	Russian Federation		2023-05-12
	[ 42 ]	Contribution to working document towards a draft new fascicle on RF techniques to retrieve ionospheric parameters	European Space Agency		2022-05-25
	[ 41 ]	Discussion document about ionospheric scintillation prediction with the STIPEE model	France		2022-05-24
	[ 40 ]	Discussion document about solar indices definition for ionospheric scintillation modelling	France		2022-05-24
	[ 39 ]	Contribution on Ofcom's long term radio noise measurement campaign in the United Kingdom	United Kingdom of Great Britain and Northern Ireland		2022-05-23
	[ 38 ]	A new space-ground propagation dataset of the UHF band for the scintillation analysis required for space based aeronautical VHF communications in 117.975-137 MHz frequency band	China (People's Republic of)		2022-05-23
	[ 37 ]	A new proxy index of ionospheric scintillation	China (People's Republic of)		2022-05-23
	[ 36 ]	Supporting information to P.531: Spatial evolution model of the topside ionospheric irregularities after midnight in low solar activity period	China (People's Republic of)		2022-05-23
	[ 35 ]	Preliminary draft revision of Recommendation ITU-R P.684-7 - Prediction of field strength at frequencies below about 150 kHz	United States of America		2022-05-13
	[ 34 ]	Preliminary draft revision of Recommendation ITU-R P.638-9 - Ground-wave propagation prediction method for frequencies between 10 kHz and 30 MHz	United States of America		2022-05-13
	[ 33 ]	Machine learning role in ITU-R SG 3	European Space Agency		2022-05-16
	[ 32 ]	Non-Coherency of GPS L2W for ionospheric sounding	Universitat Politecnica de Catalunya (Spain) , European Space Agency		2022-05-09
	[ 31 ]	[POWERPOINT PRESENTATION] - Discrepancies between Figures 2 and 3 (and software) concerning frequency dependency of radio noise - Recommendation ITU-R P.372-15	Netherlands (Kingdom of the)		2022-05-04
	[ 30 ]	[POWERPOINT PRESENTATION] - GAP analysis of the outdoor radio noise measurements - Recommendation ITU-R P.372-15	Netherlands (Kingdom of the)		2022-05-04
	[ 29 ]	GAP analysis of the outdoor radio noise measurements - Recommendation ITU-R P.372-15	Netherlands (Kingdom of the)		2022-05-02
	[ 28 ]	Discrepancies between figures 2 and 3 (and software) concerning frequency dependency of radio noise - Recommendation ITU-R P.372-15	Netherlands (Kingdom of the)		2022-05-02
	[ 27 ]	Future revisions of Recommendation ITU-R P.372 - Representation of impulsive, narrowband and indoor noise	Germany (Federal Republic of)		2021-06-16
	[ 26 ]	Electrical noise area measurement system initial results in Germany	International Amateur Radio Union		2021-06-14
	[ 25 ]	Contribution on ofcom's planned long term radio noise measurement campaign	United Kingdom of Great Britain and Northern Ireland		2021-06-14
	[ 24 ]	Proposed considerations on indoor noise characteristics	Japan		2021-06-14
	[ 23 ]	Working document towards preliminary draft revisions to Recommendations ITU-R P.372-14 and ITU-R P.618-13	France		2021-06-09
	[ 22 ]	MATLAB/Octave implementation of LFMF-SmoothEarth	Switzerland (Confederation of)		2021-06-09
	[ 21 ]	Supplement for Recommendation ITU-R P.531-15: A new relationship function between S4 and the Nakagami "M-coefficient"	China (People's Republic of)		2021-06-09
	[ 20 ]	Supplement for Recommendation ITU-R P.531-15: Validation results of the scope of application of the Nakagami density function for describing the statistics of the instantaneous variation of amplitude	China (People's Republic of)		2021-06-09
	[ 19 ]	Discussion Document on P.368 - Ground-wave propagation curves for frequencies between 10 KHz and 30 MHz	United States of America		2021-06-07
	[ 18 ]	Future revisions of Recommendation ITU-R P.372 - Radio noise measurements in Spain (REV.2)	Netherlands (Kingdom of the)		2021-05-21
	[ 17 ]	Adding data for scintillation model testing in Correspondence Group 6L-6	European Space Agency		2021-05-18
	[ 16 ]	Liaison statement to ITU-R Working Party 5B (copy for information to Working Parties 3L, 3M, 5A, 5C, and 6A) - Preparation for WRC-23 Agenda Item 1.9 - Review of Appendix 27 of the Radio Regulations to accommodate digital aeronautical HF technologie	International Civil Aviation Organization	AI1.9	2020-10-09
	[ 15 ]	Future revisions of Recommendation ITU-R P.372 - Correction of a system noise component in man-made noise values in the Radio Noise Data Bank	Netherlands (Kingdom of the)		2020-08-04
	[ 14 ]	Review of Report ITU-R SM.2155 and related document	International Amateur Radio Union		2020-08-04
	[ 13 ]	Electrical noise area measurements system (ENAMS)	International Amateur Radio Union		2020-08-04
Results:62 total items. Result page: 1 - 2 - Next

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