|
ITU-R BO.1130- 4 |
Systems for Digital Satellite Broadcasting to Vehicular, Portable and Fixed Receivers in the Bands Allocated to BSS (Sound) in the Frequency Range 1 400-2 700 MHz |
|
ITU-R BO.1212 |
Calculation of Total Interference between Geostationary-Satellite Networks in the Broadcasting-Satellite Service |
|
ITU-R BO.1293- 2 |
Protection masks and associated calculation methods for interference into broadcast-satellite systems involving digital emissions |
|
ITU-R BO.1295 |
Reference Transmit Earth Station Antenna Off-Axis e.i.r.p. Patterns for Planning Purposes to be Used in the Revision of the Appendix 30A (Orb-88) Plans of the Radio Regulations at 14 GHz and 17 GHz in Regions 1 and 3 |
|
ITU-R BO.1296 |
Reference Receive Space Station Antenna Patterns for Planning Purposes to be Used for Elliptical Beams in the Revision of the Appendix 30A (Orb-88) Plans of the Radio Regulations at 14 GHz and 17 GHz in Regions 1 and 3 |
|
ITU-R BO.1408- 1 |
Transmission system for advanced multimedia services provided by integrated services digital broadcasting in a broadcasting-satellite channel |
|
ITU-R BO.1443- 1 |
Reference BSS earth station antenna patterns for use in interference assessment involving non-GSO satellites in frequency bands covered by RR Appendix 30* |
|
ITU-R BO.1445 |
Improved Patterns for Fast Roll-Off Satellite Transmit Antennas of the Regions 1 and 3 BSS Plans of RR Appendix S30 |
|
ITU-R BO.1506 |
A Methodology to Evaluate the Impact Interference on Geostationary (GSO) Broadcasting-Satellite Service (BSS) Link Performance |
|
ITU-R BO.1516 |
Digital Multiprogramme Television Systems for use by Satellites Operating in the 11/12 GHz Frequency Range |
|
ITU-R BO.1597 |
Methodology for the calculation of the worst-case interference levels between non-geostationary broadcasting-satellite service (sound) systems using highly-elliptical orbit and geostationary orbit satellite networks operating in the band 2 630-2 655 MHz |
|
ITU-R BO.1659 |
Mitigation techniques for rain attenuation for broadcasting-satellite service systems in frequency bands between 17.3 GHz and 42.5 GHz |
|
ITU-R BO.650- 2 |
Standards for Conventional Television Systems for Satellite Broadcasting in the Channels Defined by Appendix 30 of the Radio Regulations - Section 10/11B - Systems |
|
ITU-R BO.652- 1 |
Reference Patterns for Earth-Station and Satellite Antennas for the Broadcasting-Satellite Service in the 12 GHz Band and for the Associated Feeder Links in the 14 GHz and 17 GHz Bands - Section 10/11C - Technology |
|
ITU-R BO.712- 1 |
High-Quality Sound/Data Standards for the Broadcasting-Satellite Service in the 12 GHz Band - Section 10/11B - Systems |
|
ITU-R BO.789- 2 |
Service for Digital Sound Broadcasting to Vehicular Portable and Fixed Receivers for Broadcasting-Satellite Service (Sound) in the Frequency Range 1 400- 2 700 MHz |
|
ITU-R BO.790 |
Characteristics of Receiving Equipment and Calculation of Receiver Figure-of-Merit (G/T) for the Broadcasting-Satellite Service |
|
ITU-R BO.791 |
Choice of Polarization for the Broadcasting-Satellite Service |
|
ITU-R BO.794 |
Techniques for Minimizing the Impact on the Overall BSS System Performance Due to Rain Along the Feeder-Link Path |
|
ITU-R BS.1114- 5 |
Systems for terrestrial digital sound broadcasting to vehicular, portable and fixed receivers in the frequency range 30-3 000 MHz |
|
ITU-R BS.1116- 1 |
Methods for the Subjective Assessment of Small Impairments in Audio Systems Including Multichannel Sound Systems |
|
ITU-R BS.1194- 2 |
Systems for Multiplexing Frequency Modulation (FM) Sound Broadcasting with a Sub-Carrier Data Channel Having a Relatively Large Transmission Capacity for Stationary and Mobile Reception |
|
ITU-R BS.1196- 1 |
Audio coding for digital terrestrial television broadcasting |
|
ITU-R BS.1283- 1 |
A guide to ITU-R Recommendations for subjective assessment of sound quality |
|
ITU-R BS.1284- 1 |
General methods for the subjective assessment of sound quality |
|
ITU-R BS.1286 |
Methods for the Subjective Assessment of Audio Systems with Accompanying Picture |
|
ITU-R BS.1349 |
Implementation of Digital Sound Broadcasting to Vehicular, Portable and Fixed Receivers Using Terrestrial Transmitters in the LF, MF and HF Bands |
|
ITU-R BS.1386- 1 |
LF and MF transmitting antennas characteristics and diagrams** |
|
ITU-R BS.1387- 1 |
Method for objective measurements of perceived audio quality |
|
ITU-R BS.1534- 1 |
Method for the subjective assessment of intermediate quality level of coding systems |
|
ITU-R BS.1615 |
Planning parameters for digital sound broadcasting at frequencies below 30 MHz-Question ITU-R 223/10 |
|
ITU-R BS.1660- 2 |
Technical basis for planning of terrestrial digital sound broadcasting in the VHF band-Study Group 6; (Question ITU-R 56/6) |
|
ITU-R BS.411- 4 |
Fading Allowances in HF Broadcasting - Section 10A-1 - Amplitude- Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.467 |
Technical Characteristics to be Checked for Frequency-Modulation Stereophonic Broadcasting - Section 10B - Frequency-Modulation Sound Broadcasting in Bands 8 (VHF) and 9 (UHF) |
|
ITU-R BS.48- 2 |
Choice of Frequency for Sound Broadcasting in the Tropical Zone - Section 10A-2 - Sound Broadcasting in the Tropical Zone |
|
ITU-R BS.498- 2 |
Ionospheric Cross-Modulation in the LF and MF Broadcasting Bands - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.559- 2 |
Objective Measurement of Radio-Frequency Protection Ratios in LF, MF and HF Broadcasting - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.560- 4 |
Radio-Frequency Protection Ratios in LF, MF and HF Broadcasting |
|
ITU-R BS.561- 2 |
Definitions of Radiation in LF, MF and HF Broadcasting Bands - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.562- 3 |
(WITHDRAWN) Subjective Assessment of Sound Quality - Section 10C - Audio-Frequency Characteristics of Sound-Broadcasting Signals |
|
ITU-R BS.597- 1 |
Channel Spacing for Sound Broadcasting in Band 7 (HF) - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.598- 1 |
Factors Influencing the Limits of Amplitude-Modulation Sound- Broadcasting Coverage in Band 6 (MF) - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.638 |
Terms and Definitions Used in Frequency Planning for Sound Broadcasting - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.639 |
Necessary Bandwidth of Emission in LF, MF and HF Broadcasting - Section 10A-1 - Amplitude-Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.642- 1 |
Limiters for High-Quality Sound-Programme Signals - Section 10B - Frequency-Modulation Sound Broadcasting in Bands 8 (VHF) and 9 (UHF) |
|
ITU-R BS.643- 2 |
System for Automatic Tuning and Other Applications in FM Radio Receivers for Use with the Pilot-Tone System |
|
ITU-R BS.646- 1 |
Source Encoding for Digital Sound Signals in Broadcasting Studios - Section 10C - Audio-Frequency Characteristics of Sound-Broadcasting Signals |
|
ITU-R BS.647- 2 |
Digital Audio Interface for Broadcasting Studios - Section 10C - Audio- Frequency Characteristics of Sound-Broadcasting Signals |
|
ITU-R BS.702- 1 |
Synchronization and Multiple Frequency Use per Programme in HF Broadcasting - Section 10A-1 - Amplitude-Modulation Sound-Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.703 |
Characteristics of AM Sound Broadcasting Reference Receivers for Planning Purposes - Section 10A-1 - Amplitude-Modulation Sound-Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BS.705- 1 |
HF Transmitting and Receiving Antennas Characteristics and Diagrams |
|
ITU-R BS.80- 3 |
Transmitting Antennas in HF Broadcasting - Section 10A-1 - Amplitude- Modulation Sound Broadcasting in Bands 5 (LF), 6 (MF) and 7 (HF) |
|
ITU-R BT.470- 6 |
(Draft) Conventional Analogue Television Systems-Document 6/BL/22- E |
|
ITU-R F.1092- 1 |
(WITHDRAWN) Error Performance Objectives for Constant Bit Rate Digital Path at or Above the Primary Rate Carried By Digital Radio-Relay Systems Which May Form Part of the International Portion of a 27 500 km Hypothetical Reference Path |
|
ITU-R F.1094- 1 |
Maximum Allowable Error Performance and Availability Degradations to Digital Radio-Relay Systems Arising from Interference from Emissions and Radiations from Other Sources |
|
ITU-R F.1096 |
Methods of Calculating Line-of-Sight Interference into Radio-Relay Systems to Account for Terrain Scattering |
|
ITU-R F.1101 |
Characteristics of Digital Radio-Relay Systems Below About 17 GHz |
|
ITU-R F.1104 |
Requirements for Point-to-Multipoint Radio Systems Used in the Local Grade Portion of an ISDN Connection |
|
ITU-R F.1107- 1 |
Probabilistic analysis for calculating interference into the fixed service from satellites occupying the geostationary orbit |
|
ITU-R F.1108- 4 |
Determination of the criteria to protect fixed service receivers from the emissions of space stations operating in non-geostationary orbits in shared frequency bands- Questions ITU-R 118/9 and ITU-R 113/9; Study Group 9 |
|
ITU-R F.1192 |
Traffic Capacity of Automatically Controlled Radio Systems and Networks in the HF Fixed Service |
|
ITU-R F.1241 |
Performance Degradation Due to Interference from Other Services Sharing the Same Frequency Bands on a Primary Basis with Digital Radio-Ralay Systems Operating at or Above the Primary Rate and Which May Form Part of the International Portion of a 27 500 km |
|
ITU-R F.1244 |
Radio Local Area Networks (RLANs) |
|
ITU-R F.1245- 1 |
Mathematical Model of Average and Related Radiation Patterns for Line- of-Sight Point-to-Point Radio-Relay System Antennas for Use in Certain Coordination Studies and Interference Assessment in the Frequency Range from 1 GHz to About 70 GHz |
|
ITU-R F.1249- 1 |
Maximum Equivalent Isotropically Radiated Power of Transmitting Stations in the Fixed Service Operating in the Frequency Band 25.25-27.5 GHz Shared with the Inter-Satellite Service |
|
ITU-R F.1333- 1 |
Estimation of the Actual Elevation Angle from a Station in the Fixed Service Towards a Space Station Taking into Account Atmospheric Refraction |
|
ITU-R F.1397- 2 |
(WITHDRAWN) Error performance objectives for real digital radio links used in the international portion of a 27 500 km hypothetical reference path at or above the primary rate |
|
ITU-R F.1399- 1 |
Vocabulary of Terms for Wireless Access |
|
ITU-R F.1403 |
Power Flux-Density Criteria in ITU-R Recommendations for Protection of Systems in the Fixed Service Shared with Space Stations of Various Space Services |
|
ITU-R F.1404- 1 |
Minimum propagation attenuation due to atmospheric gases for use in frequency sharing studies between systems in the fixed service and systems in the broadcasting-satellite, mobile-satellite and space science services |
|
ITU-R F.1490 |
Generic Requirements for Fixed Wireless Access Systems |
|
ITU-R F.1491- 2 |
(WITHDRAWN) Error performance objectives for real digital radio links used in the national portion of a 27 500 km hypothetical reference path at or above the primary rate |
|
ITU-R F.1501 |
Coordination Distance for Systems in the Fixed Service (FS) Involving High-Altitude Platform Stations (HAPs) Sharing the Frequency Bands 47.2-47.5 GHz and 47.9-48.2 GHz with Other Systems in the Service |
|
ITU-R F.1502 |
Protection of the Fixed Service in the Frequency Band 8 025-8 400 MHz Sharing with Geostationary-Satellite Systems of the Earth Exploration-Satellite Service (Space-to-Earth) |
|
ITU-R F.1565 |
Performance degradation due to interference from other services sharing the same frequency bands on a co-primary basis with real digital fixed wireless systems used in the international and national portions of a 27 500 km hypothetical reference path at o |
|
ITU-R F.1569 |
Technical and operational characteristics for the fixed service using high altitude platform stations in the bands 27.5-28.35 GHz and 31-31.3 GHz |
|
ITU-R F.162- 3 |
Use of Directional Transmitting Antennas in the Fixed Service Operating in Bands Below About 30 MHz - Section 3Ab - Antenna Characteristics |
|
ITU-R F.1704 |
Characteristics of multipoint-to-multipoint fixed wireless systems with mesh network topology operating in frequency bands above about 17 GHz |
|
ITU-R F.268- 1 |
(WITHDRAWN) Interconnection at Audio Frequencies of Radio-Relay Systems for Telephony - Section 9C - Interconnection Characteristics (Baseband and Intermediate Frequency) |
|
ITU-R F.389- 2 |
(WITHDRAWN) Preferred Characteristics of Auxiliary Radio-Relay Systems Operating in the 2, 4, 6 or 11 GHz Bands - Section 9B1 - Radio- Frequency Channel Arrangements |
|
ITU-R F.399- 3 |
(WITHDRAWN) Measurement of Noise Using a Continuous Uniform Spectrum Signal on Frequency-Division Multiplex Telephony Radio-Relay Systems - Section 9D - Maintenance |
|
ITU-R F.519 |
Single-Channel Duplex ARQ Telegraph System - Section 3Ca - Radiotelegraph Circuits |
|
ITU-R F.594- 4 |
Error Performance Objectives of the Hypothetical Reference Digital Path for Radio-Relay Systems Providing Connections at a Bit Rate Below the Primary Rate and Forming Part or All of the High Grade Portion of an Integrated Services Digital Network |
|
ITU-R F.634- 4 |
Error Performance Objectives for Real Digital Radio-Relay Links Forming Part of the High-Grade Portion of International Digital Connections at a Bit Rate Below the Primary Rate within an Integrated Services Digital Network |
|
ITU-R F.695 |
Availability Objectives for Real Digital Radio-Relay Links Forming Part of a High-Grade Circuit within an Integrated Services Digital Network - Section 9A - Performance Objectives, Propagation and Interference Effects |
|
ITU-R F.696- 2 |
Error Performance and Availability Objectives for Hypothetical Reference Digital Sections Forming Part or All of the Medium-Grade Portion of an Integrated Services Digital Network Connection at a Bit Rate Below the Primary Rate Utilizing Digital Radio- Rel |
|
ITU-R F.697- 2 |
Error Performance and Availability Objectives for the Local-Grade Portion at Each End of an Integrated Services Digital Network Connection at a Bit Rate Below the Primary Rate Utilizing Digital Radio-Relay Systems |
|
ITU-R F.700- 2 |
Error Performance and Availability Measurement Algorithm for Digital Radio-Relay Links at the System Bit-Rate Interface |
|
ITU-R F.747 |
Radio-Frequency Channel Arrangements for Radio-Relay Systems Operating in the 10 GHz Band - Section 9B1 - Radio-Frequency Channel Arrangements |
|
ITU-R F.755- 2 |
Point-to-Multipoint Systems in the Fixed Service |
|
ITU-R F.758- 4 |
Considerations in the development of criteria for sharing between the fixed service and other services |
|
ITU-R IS.847- 1 |
(WITHDRAWN) Determination of the Coordination Area of an Earth Station Operating with a Geostationary Space Station and Using the Same Frequency Band as a System in a Terrestrial Service |
|
ITU-R M. SERIES PT 2 |
1995 M Series Fascicle - Part 2 Future Public Land Mobile Telecommunication Systems (FPLMTS) |
|
ITU-R M.1033- 1 |
Technical and Operational Characteristics of Cordless Telephones and Cordless Telecommunication Systems |
|
ITU-R M.1034- 1 |
Requirements for the Radio Interface(s) for International Mobile Telecommunications-2000 (IMT-2000) |
|
ITU-R M.1035 |
Framework for the Radio Interface(s) and Radio Sub-System Functionality for Internaiotal Mobile Telecommunications-2000 (IMT-2000) |
|
ITU-R M.1036- 2 |
Frequency arrangements for implementation of the terrestrial component of International Mobile Telecommunications-2000 (IMT-2000) in the bands 806-960 MHz, 1710-2025 MHz, 2110-2200 MHz and 2500-2690 MHz-Question ITU-R 229/8 |
|
ITU-R M.1039- 2 |
Co-Frequency Sharing between Stations in the Mobile Service Below 1 GHz and Mobile Earth Stations of Non-Geostationary Mobile-Satellite Systems (Earth-Space) Using Frequency Division Multiple Access (FDMA) |
|
ITU-R M.1040 |
Public Mobile Telecommunication Service with Aircraft Using the Bands 1 670-1 675 MHz and 1 800-1 805 MHz |
|
ITU-R M.1079- 2 |
Performance and quality of service requirements for International Mobile Telecommunications-2000 (IMT-2000) access networks-Question ITU-R 229/8) |
|
ITU-R M.1082- 1 |
International Maritime MF/HF Radiotelephone System with Automatic Facilities Based on Digital Selective Calling Signalling Format |
|
ITU-R M.1084- 4 |
Interim solutions for improved efficiency in the use of the band 156-174 MHz by stations in the maritime mobile service |
|
ITU-R M.1088 |
Considerations for Sharing with Systems of Other Services Operating in the Bands Allocated to the Radionavigation- Satellite Service |
|
ITU-R M.1090 |
Frequency Plans for Satellite Transmission of Single Channel per Carrier (SCPC) Carriers Using Non-Linear Transponders in the Mobile-Satellite Service |
|
ITU-R M.1177- 3 |
Techniques for measurement of unwanted emissions of radar systems- Question ITU-R 202/8 |
|
ITU-R M.1182- 1 |
Integration of terrestrial and satellite mobile communication systems- Questions ITU-R 206/8 and ITU-R 112/8 |
|
ITU-R M.1225 |
Guidelines for Evaluation of Radio Transmission Technologies for IMT-2000 |
|
ITU-R M.1308 |
Evolution of Land Mobile Systems Towards IMT-2000 |
|
ITU-R M.1310 |
Transport Information and Control Systems (TICS) - Objectives and Requirements |
|
ITU-R M.1317 |
Considerations for Sharing between Systems of Other Services Operating in Bands Allocated to the Radionavigation-Satellite and Aeronautical Radionavigation Services and the Global Navigation Satellite System (Glonass-M) |
|
ITU-R M.1318 |
Interference Protection Evaluation Model for the Radionavigation- Satellite Service in the 1 559 - 1 610 MHz Band |
|
ITU-R M.1371- 1 |
Technical Characteristics for a Universal Shipborne Automatic Identification System Using Time Division Multiple Access in the VHF Maritime Mobile Band- Question ITU-R 232/8; 1998-2001 |
|
ITU-R M.1390 |
Methodology for the Calculation of IMT-2000 Terrestrial Spectrum Requirements |
|
ITU-R M.1450- 2 |
Characteristics of broadband radio local area networks-Questions ITU-R 212/8 and ITU-R 142/9 |
|
ITU-R M.1452 |
Transport Information and Control Systems- Low Power Short- Range Vehicular Radar Equipment at 60 GHz and 76 GHz |
|
ITU-R M.1453- 1 |
Transport information and control systems Dedicated short range communications at 5.8 GHz |
|
ITU-R M.1455- 2 |
Key characteristics for the International Mobile Telecommunications-2000 (IMT-2000) radio interfaces |
|
ITU-R M.1457- 4 |
Detailed specifications of the radio interfaces of International Mobile Telecommunications-2000 (IMT-2000)*-Document 8/BL/18-E |
|
ITU-R M.1465 |
Characteristics of, and Protection Criteria for Radars Operating in the Radiodetermination Service in the Frequency Band 3 100-3 700 MHz |
|
ITU-R M.1477 |
Technical and Performance Characteristics of Current and Planned Radionavigation-Satellite Service (Space-to-Earth) and Aeronautical Radionavigation Service Receivers to be Considered in Interference Studies in the Band 1559-1610 MHz |
|
ITU-R M.1480 |
Essential Technical Requirements of Mobile Earth Stations of Geostationary Mobile-Satellite Systems That are Implementing the Global Mobile Personal Communications by Satellite (GMPCS) - Memorandum of Understanding Arrangements in Parts of the Frequency B |
|
ITU-R M.1583 |
Interference calculations between non-geostationary mobile-satellite service or radionavigation-satellite service systems and radio astronomy telescope sites |
|
ITU-R M.1634 |
Interference protection of terrestrial mobile service systems using Monte Carlo simulation with application to frequency sharing-Question ITU-R 1/8 |
|
ITU-R M.1637 |
Global cross-border circulation of radiocommunication equipment in emergency and disaster relief situations |
|
ITU-R M.1638 |
Characteristics of and protection criteria for sharing studies for radiolocation, aeronautical radionavigation and meteorological radars operating in the frequency bands between 5 250 and 5 850 MHz |
|
ITU-R M.1645 |
Framework and overall objectives of the future development of IMT- 2000 and systems beyond IMT-2000-Question ITU-R 229/8 |
|
ITU-R M.1651 |
A method for assessing the required spectrum for broadband nomadic wireless access systems including radio local area networks using the 5 GHz band- Questions ITU-R 212/8 and ITU-R 142/9 |
|
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 researc |
|
ITU-R M.1654 |
A methodology to assess interference from broadcasting-satellite service (sound) into terrestrial IMT-2000 systems intending to use the band 2630-2655 MHz- Question ITU-R 229/8 |
|
ITU-R M.2033 |
Radiocommunication Objectives and Requirements for Public Protection and Disaster Relief |
|
ITU-R M.428- 3 |
(WITHDRAWN) Direction-Finding and/or Homing in the 2 MHz Band on Board Ships - Section 8C - Maritime Mobile Service; Telephony and Related Subjects |
|
ITU-R M.476- 5 |
Direct-Printing Telegraph Equipment in the Maritime Mobile Service |
|
ITU-R M.489- 2 |
Technical Characteristics of VHF Radiotelephone Equipment Operating in the Maritime Mobile Service in Channels Spaced by 25 kHz |
|
ITU-R M.490 |
(WITHDRAWN) Introduction of Direct-Printing Telegraph Equipment in the Maritime Mobile Service Equivalence of Terms - Section 8B - Maritime Mobile Service; Telegraphy and Related Subjects |
|
ITU-R M.491- 1 |
Translation between an Identity Number and Identities for Direct-Printing Telegraphy in the Maritime Mobile Service - Section 8B - Maritime Mobile Service; Telegraphy and Related Subjects |
|
ITU-R M.492- 6 |
Operational Procedures for the Use of Direct-Printing Telegraph Equipment in the Maritime Mobile Service |
|
ITU-R M.493- 11 |
Digital Selective-Calling System for Use in the Maritime Mobile Service |
|
ITU-R M.539- 3 |
Technical and Operational Characteristics of International Radio-Paging Systems |
|
ITU-R M.540- 2 |
Operational and Technical Characteristics for an Automated Direct- Printing Telegraph System for Promulgation of Navigational and Meteorological Warnings and Urgent Information to Ships - Section 8B - Maritime Mobile Service; Telegraphy and Related Subjec |
|
ITU-R M.541- 9 |
Operational Procedures for the Use of Digital Selective-Calling Equipment in the Maritime Mobile Service |
|
ITU-R M.542- 1 |
(WITHDRAWN) On-Board Communications by Means of Portable Radiotelephone Equipment - Section 8C - Maritime Mobile Service; Telephony and Related Subjects |
|
ITU-R M.550- 1 |
Use of Echo Suppressors in the Maritime Mobile-Satellite Service - Section 8I - Technical and Operating Characteristics of Mobile Satellite Services |
|
ITU-R M.584- 2 |
Codes and Formats for Radio Paging |
|
ITU-R M.625- 3 |
Direct-Printing Telegraph Equipment Employing Automatic Identification in the Maritime Mobile Service |
|
ITU-R M.687- 2 |
Future Public Land Mobile Telecommunication Systems (FPLMTS) |
|
ITU-R M.816- 1 |
Framework for Services Supported on International Mobile Telecommunications-2000 (IMT-2000) |
|
ITU-R M.818- 2 |
Satellite operation within International Mobile Telecommunications-2000 (IMT-2000)-Question ITU-R 229-8 |
|
ITU-R M.821- 1 |
Optional Expansion of the Digital Selective-Calling System for Use in the Maritime Mobile Service |
|
ITU-R M.828- 1 |
Definition of Availability for Communication Circuits in the Mobile-Satellite Service (MSS) |
|
ITU-R OPINION 51 |
Study of Digital Techniques by CCIR Study Groups and the CMTT-Study Group XVIII |
|
ITU-R OPINION 68- 2 |
Data Bank of HF Sky-Wave Signal Intensity Measurements |
|
ITU-R P. SERIES |
1995 P Series Fascicle Radiowave Propagation |
|
ITU-R P.1057- 1 |
Probability Distributions Relevant to Radiowave Propagation Modelling |
|
ITU-R P.1058- 2 |
Digital Topographic Databases for Propagation Studies |
|
ITU-R P.1144- 3 |
Guide to the application of the propagation methods of Radiocommunication Study Group 3 |
|
ITU-R P.1145 |
(WITHDRAWN) Propagation Data for the Terrestrial Land Mobile Service in the VHF and UHF Bands |
|
ITU-R P.1146 |
(WITHDRAWN) Prediction of Field Strength for Land Mobile and Terrestrial Broadcasting in Services in the Frequency Range from 1 to 3 GHz |
|
ITU-R P.1148- 1 |
Standardized Procedure for Comparing Predicted and Observed HF Sky- Wave Signal Intensities and the Presentation of Such Comparisons |
|
ITU-R P.1238- 4 |
Propagation data and prediction methods for the planning of indoor radiocommunication systems and radio local area networks in the frequency range 900 MHz to 100 GHz-Question ITU-R 211/3 |
|
ITU-R P.1239 |
ITU-R Reference Ionospheric Characteristics |
|
ITU-R P.1240 |
ITU-R Methods of Basic MUF, Operational MUF and Ray-Path Prediction |
|
ITU-R P.1322 |
Radiometric Estimation of Atmospheric Attenuation |
|
ITU-R P.1406 |
Propagation Effects Relating to Terrestrial Land Mobile Service in the VHF and UHF Bands |
|
ITU-R P.1407- 2 |
Multipath propagation and parameterization of its characteristics-Question ITU-R 203/3 |
|
ITU-R P.1410- 3 |
Propagation data and prediction methods required for the design of terrestrial broadband millimetric radio access systems operating in a frequency range of about 20-50 GHz-Question ITU-R 203/3 |
|
ITU-R P.1411- 3 |
Propagation data and prediction methods for the planning of short-range outdoor radiocommunication systems and radio local area networks in the frequency range 300 MHz to 100 GHz-Question ITU-R 211/3 |
|
ITU-R P.1412 |
Propagation Data for the Evaluation of Coordination between Earth Stations Working in the Bidirectionally Allocated Frequency Bands |
|
ITU-R P.1510 |
Annual Mean Surface Temperature |
|
ITU-R P.1511 |
Topography for Earth-To-Space Propagation Modelling |
|
ITU-R P.1546- 2 |
Method for point-to-area predictions for terrestrial services in the frequency range 30 MHz to 3 000 MHz |
|
ITU-R P.1621- 1 |
Propagation data required for the design of Earth-space systems operating between 20 THz and 375 THz-Question ITU-R 228/3 |
|
ITU-R P.1622 |
Prediction methods required for the design of Earth-space systems operating between 20 THz and 375 THz-Question ITU-R 228/3 |
|
ITU-R P.1623- 1 |
Prediction method of fade dynamics on Earth-space paths-(Question ITU- R 201/3) |
|
ITU-R P.310- 9 |
Definitions of Terms Relating to Propagation in Non-Ionized Media |
|
ITU-R P.311- 12 |
Acquisition, presentation and analysis of data in studies of tropospheric propagation-Study Group 3 |
|
ITU-R P.313- 10 |
Exchange of information for short-term forecasts and transmission of ionospheric disturbance warnings-Question ITU-R 213/3 |
|
ITU-R P.341- 5 |
Concept of Transmission Loss for Radio Links |
|
ITU-R P.368- 8 |
Ground-Wave Propagation Curves for Frequencies between 10 kHz and 30 MHz |
|
ITU-R P.370- 7 |
(WITHDRAWN) VHF and UHF Propagation Curves for the Frequency Range from 30 MHz to 1 000 MHz |
|
ITU-R P.371- 8 |
Choice of Indices for Long-Term Ionospheric Predictions |
|
ITU-R P.372- 8 |
Radio noise-Question ITU-R 214/3 |
|
ITU-R P.373- 7 |
Definitions of Maximum and Minimum Transmission Frequencies |
|
ITU-R P.434- 6 |
(WITHDRAWN) ITU-R Reference Ionospheric Characteristics and Methods of Basic MUF, Operational MUF and Ray-Path Prediction |
|
ITU-R P.452- 12 |
Prediction procedure for the evaluation of microwave interference between stations on the surface of the Earth at frequencies above about 0.7 GHz-Question ITU-R 208/3 |
|
ITU-R P.453- 9 |
The radio refractive index: its formula and refractivity data-Question ITU-R 201/3 |
|
ITU-R P.525- 2 |
Calculation of Free-Space Attentuation |
|
ITU-R P.526- 9 |
Propagation by diffraction |
|
ITU-R P.527- 3 |
Electrical Characteristics of the Surface of the Earth |
|
ITU-R P.528- 2 |
Propagation Curves for Aeronautical Mobile and Radionavigation Services Using the VHF, UHF and SHF Bands - Section 5D - Aspects Relative to the Terrestrial Broadcasting and Mobile Services |
|
ITU-R P.529- 3 |
(WITHDRAWN) Prediction Methods for the Terrestrial Land Mobile Service in the VHF and UHF Bands |
|
ITU-R P.530- 11 |
Propagation data and prediction methods required for the design of terrestrial line-of-sight systems |
|
ITU-R P.531- 8 |
Ionospheric propagation data and prediction methods required for the design of satellite services and systems-(Question ITU-R 218/3) |
|
ITU-R P.532- 1 |
Ionospheric Effects and Operational Considerations Associated with Artificial Modification of the Ionosphere and the Radio-Wave Channel Section 6A - Ionospheric Properties |
|
ITU-R P.533- 8 |
HF propagation prediction method* |
|
ITU-R P.534- 4 |
Method for Calculating Sporadic-E Field Strength |
|
ITU-R P.581- 2 |
Concept of "Worst Month" - Section 5C - Effects of the Atmosphere (Radiometeorology) |
|
ITU-R P.616 |
(WITHDRAWN) Propagation Data for Terrestrial Maritime Mobile Services Operating at Frequencies Above 30 MHz - Section 5D - Aspects Relative to the Terrestrial Broadcasting and Mobile Services |
|
ITU-R P.617- 1 |
Propagation Prediction Techniques and Data Required for the Design of Trans-Horizon Radio-Relay Systems |
|
ITU-R P.618- 8 |
Propagation data and prediction methods required for the design of Earth- space telecommunication systems |
|
ITU-R P.619- 1 |
Propagation Data Required for the Evaluation of Interference between Stations in Space and Those on the Surface of the Earth |
|
ITU-R P.620- 6 |
Propagation data required for the evaluation of coordination distances in the frequency range 100 MHz to 105 GHz-(Question ITU-R 208/3) |
|
ITU-R P.676- 6 |
Attenuation by Atmospheric Gases-Question ITU-R 201/3 |
|
ITU-R P.678- 1 |
Characterization of the Natural Variability of Propagation Phenomena |
|
ITU-R P.679- 3 |
Propagation Data Required for the Design of Broadcasting-Satellite Systems |
|
ITU-R P.680- 3 |
Propagation Data Required for the Design of Earth-Space Maritime Mobile Telecommunication Systems |
|
ITU-R P.681- 6 |
Propagation data required for the design of Earth-space land mobile telecommunication systems-Question ITU-R 207/3 |
|
ITU-R P.682- 1 |
Propagation Data Required for the Design of Earth-Space Aeronautical Mobile Telecommunication Systems |
|
ITU-R P.832- 2 |
World Atlas of Ground Conductivities |
|
ITU-R P.833- 5 |
Attenuation in vegetation |
|
ITU-R P.834- 5 |
Effects of tropospheric refraction on radiowave propagation-Question ITU- R 201/3; Study Group 3 |
|
ITU-R P.835- 4 |
Reference standard atmospheres-Question ITU-R 201/3; Study Group 3 |
|
ITU-R P.836- 3 |
Water Vapour: Surface Density and Total Columnar Content |
|
ITU-R P.837- 4 |
Characteristics of precipitation for propagation modelling-Question ITU-R 201/3 |
|
ITU-R P.838- 3 |
Specific attenuation model for rain for use in prediction methods-Question ITU-R 201/3 |
|
ITU-R P.839- 3 |
Rain Height Model for Prediction Methods |
|
ITU-R P.840- 3 |
Attenuation Due to Clouds and Fog |
|
ITU-R P.841- 4 |
Conversion of annual statistics to worst-month statistics-Question ITU-R 201/3 |
|
ITU-R P.844- 1 |
Ionospheric Factors Affecting Frequency Sharing in the VHF and UHF Bands (30 MHz-3 GHz) |
|
ITU-R P.845- 3 |
HF Field-Strength Measurement |
|
ITU-R P.846- 1 |
Measurements of Ionospheric and Related Characteristics |
|
ITU-R PI.531- 3 |
Ionospheric Effects Influencing Radio Systems Involving Spacecraft |
|
ITU-R PI.533- 4 |
HF Propagation Prediction Method |
|
ITU-R PI.683 |
(WITHDRAWN) Sky-Wave Field Strength Prediction Method for Propagation to Aircraft at About 500 kHz - Section 6D - Ionospheric Propagation Prediction at Frequencies Below About 1.6 MHz |
|
ITU-R PI.845- 2 |
HF Field-Strength Measurement |
|
ITU-R PN.1057 |
Probability Distributions Relevant to Radiowave Propagation Modelling |
|
ITU-R PN.370- 6 |
VHF and UHF Propagation Curves for the Frequency Range from 30 MHz to 1 000 MHz |
|
ITU-R PN.618- 3 |
Propagation Data and Prediction Method Required for the Design of Earth- Space Telecommunications Systems |
|
ITU-R PN.835- 1 |
Reference Standard Atmosphere for Gaseous Attenuation |
|
ITU-R PN.837- 1 |
Characteristics of Precipitation for Propagation Modelling |
|
ITU-R PN.840- 1 |
Attenuation Due to Clouds and Fog |
|
ITU-R RA.1031- 1 |
Protection of the Radioastronomy Service in Frequency Bands Shared with Other Services |
|
ITU-R RA.1237- 1 |
Protection of the Radio Astronomy Service from Unwanted Emissions Resulting from Applications of Wideband Digital Modulation |
|
ITU-R RA.1417 |
A Radio-Quiet Zone in the Vicinity of the L2 Sun-Earth Lagrange Point |
|
ITU-R RA.1513- 1 |
Levels of data loss to radio astronomy observations and percentage-of- time criteria resulting from degradation by interference for frequency bands allocated to the radio astronomy on a primary basis-Question ITU-R 227/7 |
|
ITU-R RA.1630 |
Technical and operational characteristics of ground-based astronomy systems for use in sharing studies with active services between 10 THz and 1 000 THz-Question ITU-R 235/7 |
|
ITU-R RA.314- 10 |
Preferred frequency bands for radio astronomical measurements- Question ITU-R 145/7 |
|
ITU-R RA.517- 3 |
Protection of the radio astronomy services from transmitters operating in adjacent bands-Question ITU-R 145/7 |
|
ITU-R RA.611- 3 |
Protection of the radio astronomy service from spurious emissions- Question ITU-R 145/7 |
|
ITU-R RA.769- 2 |
Protection criteria used for radio astronomical measurements-Question ITU-R 145/7 |
|
ITU-R REPORT BO.2006 |
Introduction of Satellite and Complementary Terrestrial Digital Sound Broadcasting in the WARC-92 Frequency Allocations-16 pp |
|
ITU-R REPORT BO.955- 3 |
Satellite Sound Broadcasting to Vehicular, Portable and Fixed Receivers in the Range 500-3 000 MHZ-118 pp |
|
ITU-R REPORT BS.1203- 1 |
Digital Sound Broadcasting to Vehicular, Portable and Fixed Receivers Using Terrestrial Transmitters in the UHF/VHF Bands-138 pp |
|
ITU-R REPORT BS.2001 |
Ancillary Services for the Visually Impaired and Hearing Impaired in Multi-Channel Sound Systems-1 pp |
|
ITU-R REPORT BS.2002 |
Introduction of Satellite and Complementary Terrestrial Digital Sound Broadcasting in the WARC-92 Frequency Allocations-15 pp |
|
ITU-R REPORT BS.2004 |
Digital Broadcasting Systems Intended for AM Bands-7 pp |
|
ITU-R REPORT M.2009 |
Direct-Dial Telephone systems for the Maritime Mobile Service-22 pp |
|
ITU-R REPORT M.2013 |
Wind Profiler Radars-16 pp |
|
ITU-R REPORT M.2014 |
Spectrum Efficient Digital Land Mobile Systems for Dispatch Traffic- 61 pp |
|
ITU-R REPORT M.2023 |
Spectrum Requirements for International Mobile Telecommunications-2000 (IMT-2000)-57 pp |
|
ITU-R REPORT M.2024 |
Summary of Spectrum Usage Survey Results-19 pp |
|
ITU-R REPORT M.742- 4 |
Public Land Mobile Telephone Systems-30 pp |
|
ITU-R REPORT SM.2012 |
Economic Aspects of Spectrum Management-Study Group 1; 59 pp |
|
ITU-R REPORT SM.2021 |
Production and Mitigation of Intermodulation Products in the Transmitter |
|
ITU-R S.1002 |
Orbit Management Techniques for the Fixed-Satellite Service |
|
ITU-R S.1150 |
Technical Criteria to Be Used in Examinations Relating to the Probability of Harmful Interference between Frequency Assignments in the Fixed-Satellite Service as Required in No. 1506 of the Radio Regulations |
|
ITU-R S.1254 |
Best Practices to Facilitate the Coordination Process of Fixed- Satellite Service Satellite Networks |
|
ITU-R S.1323- 2 |
Maximum permissible levels of interference in a satellite network (GSO/FSS; non-GSO/FSS; non-GSO/MSS feeder links)* in the fixed-satellite service caused by other codirectional FSS networks below 30 GHz |
|
ITU-R S.1328- 4 |
Satellite system characteristics to be considered in frequency sharing analyses within the fixed-satellite service |
|
ITU-R S.1419 |
Interference Mitigation Techniques to Facilitate Coordination between Non-Geostationary-Satellite Orbit Mobile-Satellite Service Feeder Links and Geostationary-Satellite Orbit Fixed-Satellite Service Network in the Bands 19.3-19.7 GHz and 29.1-29.5 GHz |
|
ITU-R S.1420 |
Performance for Broadband Integrated Services Digital Network Asynchronous Transfer Mode Via Satellite |
|
ITU-R S.1424 |
Availability Objectives for a Hypothetical Reference Digital Path when Used for the Transmission of B-ISDN Asynchronous Transfer Mode in the FSS by Geostationary Orbit Satellite Systems Using Frequencies Below 15 GHz |
|
ITU-R S.1428- 1 |
Reference FSS Earth-Station Radiation Patterns for Use in Interference Assessment Involving Non-GSO Satellites in Frequency Bands between 10.7 GHz and 30 GHz |
|
ITU-R S.1432 |
Apportionment of the Allowable Error Performance Degradations to Fixed Satellite Service (FSS) Hypothetical Reference Digital Paths Arising from Time Invariant Interference for Systems Operating Below 15 GHz |
|
ITU-R S.1433 |
Uplink and Inter-Satellite Equivalent Power Flux-Density Radiated by Non-GSO FSS Systems |
|
ITU-R S.1512 |
Measurement procedure for determining non-geostationary satellite orbit satellite equivalent isotropically radiated power and antenna discrimination |
|
ITU-R S.1524 |
Coordination identification between geostationary-satellite orbit fixed- satellite service networks |
|
ITU-R S.1525- 1 |
Impact of interference from the Sun into a geostationary-satellite orbit fixed-satellite service link |
|
ITU-R S.1528 |
Satellite antenna radiation patterns for non-geostationary orbit satellite antennas operating in the fixed-satellite service below 30 GHz |
|
ITU-R S.1553 |
Possible method to account for environmental and other effects on satellite antenna patterns |
|
ITU-R S.1586 |
Calculation of unwanted emission levels produced by a non- geostationary fixed-satellite service system at radio astronomy sites |
|
ITU-R S.1587- 1 |
Provisional technical characteristics of earth stations on board vessels operating in the frequency bands 5925-6425 MHz and 14-14.5 GHz which are allocated to the fixed-satellite service-Question ITU-R 254/4 |
|
ITU-R S.1589 |
Continuous curves of epfdown versus geostationary fixed-satellite service earth station antenna diameter and epfdup versus geostationary fixed-satellite service space station antenna beamwidth to indicate the protection afforded by systems complying with |
|
ITU-R S.1591 |
Sharing of inter-satellite link bands around 23, 32.5 and 64.5 GHz between non-geostationary/geostationary inter-satellite links and geostationary/geostationary inter-satellite links |
|
ITU-R S.1594 |
Technical characteristics of high density fixed-satellite service earth stations transmitting towards geostationary fixed-satellite service space stations in the 30 GHz range* |
|
ITU-R S.1715 |
Guidelines developed in response to the studies requested in Resolution 140 (WRC-03) |
|
ITU-R S.1717 |
Electronic data file format for earth station antenna patterns |
|
ITU-R S.352- 4 |
Hypothetical Reference Circuit for Systems Using Analogue Transmission in the Fixed-Satellite Service - Section 4B2 - Performance and Availability |
|
ITU-R S.465- 5 |
Reference Earth-Station Radiation Pattern for Use in Coordination and Interference Assessment in the Frequency Range from 2 to About 30 GHz |
|
ITU-R S.524- 8 |
Maximum permissible levels of off-axis e.i.r.p. density from earth stations in geostationary-satellite orbit networks operating in the fixed-satellite service transmitting in the 6 GHz, 13 GHz, 14 GHz and 30 GHz frequency bands-Questions ITU-R 70/4 and IT |
|
ITU-R S.580- 6 |
Radiation diagrams for use as design objectives for antennas of earth stations operating with geostationary satellites-Question itu-r 42/4 |
|
ITU-R S.670- 1 |
Flexibility in the Positioning of Satellites as a Design Objective - Section 4D3 - Spacecraft Station-Keeping - Satellite Antenna Radiation Pattern - Pointing Accuracy |
|
ITU-R S.671- 3 |
Necessary Protection Ratios for Narrow-Band Single Channel-per-Carrer Transmissions Interfered with by Analogue Television Carriers |
|
ITU-R S.672- 4 |
Satellite Antenna Radiation Pattern for Use as a Design Objective in the Fixed-Satellite Service Employing Geostationary Satellites |
|
ITU-R S.673- 2 |
Terms and definitions relating to space radiocommunications |
|
ITU-R S.726- 1 |
Maximum Permissible Level of Spurious Emissions from Very Small Aperture Terminals (VSAT) |
|
ITU-R S.727- 1 |
Cross-polarization isolation from very small aperture terminals (VSATs) |
|
ITU-R S.728- 1 |
Maximum Permissible Level of Off-Axis e.i.r.p. Density from Very Small Aperture Terminals (VSATs) |
|
ITU-R S.732 |
Method for Statistical Processing of Earth-Station Antenna Side-Lobe Peaks - Section 4C - Earth Station and Baseband Characteristics - Earth Station Antennas - Maintenance of Earth Stations |
|
ITU-R S.733- 2 |
Determination of the G/T Ratio for Earth Stations Operating in the Fixed- Satellite Service |
|
ITU-R S.736- 3 |
Estimation of Polarization Discrimination in Calculations of Interference between Geostationary-Satellite Networks in the Fixed-Satellite Service |
|
ITU-R S.740 |
Technical Coordination Methods for Fixed-Satellite Networks - Section 4D2 - Coordination Methods |
|
ITU-R S.741- 2 |
Carrier-to-Interference Calculations between Networks in the Fixed- Satellite Service |
|
ITU-R SA.1014 |
Telecommunication Requirements for Manned and Unmanned Deep-Space Research |
|
ITU-R SA.1024- 1 |
Necessary Bandwidths and Preferred Frequency Bands for Data Transmission from Earth Exploration Satellites (Not Including Meteorological Satellites) |
|
ITU-R SA.1028- 2 |
Performance criteria for satellite passive remote sensing |
|
ITU-R SA.1029- 2 |
Interference criteria for satellite passive remote sensing |
|
ITU-R SA.1157 |
Protection Criteria for Deep-Space Research |
|
ITU-R SA.1260- 1 |
Feasibility of sharing between active spaceborne sensors and other services in the range 420-470 MHz-Question ITU-R 218/7 |
|
ITU-R SA.1278 |
Feasibility of Sharing Between the Earth Exploration-Satellite Service (Space-to-Earth) and the Fixed, Inter-Satellite, and Mobile Services in the Band 25.5- 27.0 GHz |
|
ITU-R SA.1346 |
Sharing between the Meteorlogical Aids Service and Medical Implant Communication Systems (MICS) Operating in the Mobile Service in the Frequency 401-406 MHz |
|
ITU-R SA.1625 |
Feasibility of sharing between the space research service (space- to-Earth) and the fixed, inter-satellite, and mobile services in the band 25.5-27 GHz |
|
ITU-R SA.509- 2 |
Generalized Space Research Earth Station and Radio Astronomy Antenna Radiation Pattern for Use in Interference Calculations, Including Coordination Procedures |
|
ITU-R SF.358- 5 |
Maximum Permissible Values of Power Flux-Density at the Surface of the Earth Produced by Satellites in the Fixed-Satellite Service Using the Same Frequency Bands Above 1 GHz as Line-of-Sight Radio-Relay Systems |
|
ITU-R SF.406- 8 |
Maximum Equivalent Isotropically Radiated Power of Radio-Relay System Transmitters Operating in the Frequency Bands Shared with the Fixed-Satellite Service |
|
ITU-R SF.675- 3 |
Calculation of the Maximum Power Density (Averaged Over 4 kHz) of an Angle-Modulated Carrier |
|
ITU-R SM.1045- 1 |
Frequency Tolerance of Transmitters |
|
ITU-R SM.1047- 1 |
National spectrum management |
|
ITU-R SM.1048 |
Design Guidelines for a Basic Automated Spectrum Management System (BASMS) |
|
ITU-R SM.1049- 1 |
Method of Spectrum Management to Be Used for Aiding Frequency Assignment for Terrestrial Services in Border Areas |
|
ITU-R SM.1052 |
Automatic Identification of Radio Stations |
|
ITU-R SM.1053 |
Methods of Improving HF Direction-Finding Accuracy at Fixed Stations |
|
ITU-R SM.1055 |
Use of Spread Spectrum Techniques |
|
ITU-R SM.1056 |
Limitation of Radiation from Industrial, Scientific and Medical (ISM) Equipment |
|
ITU-R SM.1138 |
Determination of Necessary Bandwidths Including Examples for Their Calculation and Associated Examples for the Designation of Emissions |
|
ITU-R SM.1266 |
Adaptive MF/HF Systems |
|
ITU-R SM.1267 |
Collection and Publication of Monitoring Data to Assist Frequency Assignment for Geostationary Satellite Systems |
|
ITU-R SM.1268- 1 |
Method of Measuring the Maximum Frequency Deviation of FM Broadcast Emissions at Monitoring Stations |
|
ITU-R SM.1269 |
Classification of Direction Finding Bearings |
|
ITU-R SM.1270 |
Additional Information for Monitoring Purposes Related to Classification and Designation of Emission |
|
ITU-R SM.1392- 1 |
Essential Requirements for a Spectrum Monitoring Station for Developing Countries |
|
ITU-R SM.1413- 1 |
Radiocommunication Data Dictionary for notification and coordination purposes-Question ITU-R 65/1 |
|
ITU-R SM.1446 |
Definition and Measurement of Intermodulation Products in Transmitter Using Frequency, Phase, or Complex Modulation Techniques |
|
ITU-R SM.1448 |
Determination of the Coordination Area Around an Earth Station in the Frequency Bands Between 100 MHz and 105 GHz-Covering Note: 08/30/2002 |
|
ITU-R SM.1536 |
Frequency channel occupancy measurements |
|
ITU-R SM.1538- 1 |
Technical and operating parameters and spectrum requirements for short-range radiocommunication devices |
|
ITU-R SM.1539- 1 |
Variation of the boundary between the out-of-band and spurious domains required for the application of recommendations ITU-R 1541 and ITU-R SM.329 |
|
ITU-R SM.1540 |
Unwanted emissions in the out-of-band domain falling into adjacent allocated bands |
|
ITU-R SM.1541- 1 |
Unwanted emissions in the out-of-band domain |
|
ITU-R SM.1708 |
Field-strength measurements along a route with geographical coordinate registrations-Questions ITU-R 214/1 and ITU-R 215/1 |
|
ITU-R SM.1723 |
Automated mobile spectrum monitoring unit-Study Group 1 |
|
ITU-R SM.182- 4 |
Automatic Monitoring of Occupancy of the Radio-Frequency Spectrum - Section 1C - Spectrum Monitoring Techniques |
|
ITU-R SM.239- 2 |
(WITHDRAWN) Spurious Emissions from Sound and Television Broadcast Receivers - Section 1A - Spectrum Engineering and Computer-Aided Principles and Techniques |
|
ITU-R SM.328- 10 |
Spectra and Bandwidth of Emissions |
|
ITU-R SM.329- 10 |
Unwanted emissions in the spurious domain*-Question ITU-R 211/1 |
|
ITU-R SM.331- 4 |
Noise and Sensitivity of Receivers - Section 1A - Spectrum Engineering and Computer-Aided Principles and Techniques |
|
ITU-R SM.332- 4 |
Selectivity of Receivers - Section 1A - Spectrum Engineering and Computer-Aided Principles and Techniques |
|
ITU-R SM.337- 4 |
Frequency and Distance Separations |
|
ITU-R SM.377- 3 |
Accuracy of Frequency Measurements at Stations for International Monitoring |
|
ITU-R SM.378- 6 |
Field-Strength Measurements at Monitoring Stations |
|
ITU-R SM.433- 5 |
(WITHDRAWN) Methods for the Measurement of Radio Interference and the Determination of Tolerable Levels of Interference - Section 1D - Spectrum Utilization and Applications |
|
ITU-R SM.443- 3 |
Bandwidth Measurement at Monitoring Stations |
|
ITU-R SM.667 |
National Spectrum Management Data - Section 1A - Spectrum Engineering and Computer-Aided Principles and Techniques |
|
ITU-R SM.668- 1 |
Electronic Exchange of Information for Spectrum Management Purposes |
|
ITU-R SM.669- 1 |
Protection Ratios for Spectrum Sharing Investigations |
|
ITU-R SM.851.1 |
Sharing between the Broadcasting Service and the Fixed and/or Mobile Services in the VHF and UHF Bands-Replaces IS 851-1 |
|
ITU-R SM.852 |
Sensitivity of Radio Receivers for Class of Emissions F3E |
|
ITU-R SM.853- 1 |
Necessary Bandwidth |
|
ITU-R SM.855- 1 |
Multi-Service Telecommunication Systems |
|
ITU-R SNG.1007- 1 |
Uniform Technical Standards (Digital) for Satellite News Gathering (SNG) |
|
ITU-R SNG.1152 |
Use of Digital Transmission Techniques for Satellite News Gathering (SNG) (Sound) |
|
ITU-R SNG.1421 |
Common Operating Parameters to Ensure Interoperability for Transmission of Digital Television Satellite News Gathering |
|
ITU-R SNG.1561 |
Digital transmission of high-definition television for satellite news gathering and outside broadcasting |
|
ITU-R SNG.722- 1 |
Uniform Technical Standards (Analogue) for Satellite News Gathering (SNG) - Section 4B1 - Systems Aspects |
|
ITU-R SNG.770- 1 |
Uniform Operational Procedures for Satellite News Gathering (SNG) |
|
ITU-R SNG.771- 1 |
Auxiliary Coordination Satellite Circuits for SNG Terminals |
|
ITU-R SNG.SERIES |
1995 SNG Series Fascicle Satellite News Gathering |
|
ITU-R TF.1153- 2 |
The operational use of two-way satellite time and frequency transfer employing PN codes-Question ITU-R 201/7 |
|
ITU-R TF.374- 5 |
Precise Frequency and Time-Signal Transmissions |
|
ITU-R TF.460- 6 |
Standard-frequency and time-signal emissions |
|
ITU-R TF.686- 2 |
Glossary and definitions of time and frequency terms |
|
ITU-R VOL 00 P SER PT 1,2 SUP 1 |
Radiowave Propagation-Supplement to P Series Parts 1 and 2; Study Group 3 |
|
ITU-R VOL 2000 F SERIES PT 1(B) |
Fixed Service - Local Access Systems |
|
ITU-R VOL 2000 RA SERIES |
Radio Astronomy |
|
ITU-R VOL 2000 SA SERIES |
Space Applications and Meteorology |
|
ITU-R VOL 2000 SM PT 1,2 SUPP 1 |
Spectrum Management-Supplement to SM Series - Parts 1 and 2; Study Group 1 |