|
ITU-R S.1065 |
Power Flux-Density Values to Facilitate the Application of RR Article 14 for the FSS in Region 2 in Relation to the BSS in the Band 11.7-12.2 GHz |
|
ITU-R S.1066 |
Ways of Reducing the Interference from the Broadcasting-Satellite Service of One Region Into the Fixed-Satellite Service of Another Region Around 12 GHz |
|
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.1327 |
Requirements and Suitable Bands for Operation of the Inter-Satellite Service within the Range 50.2-71 GHz |
|
ITU-R S.1420 |
Performance for Broadband Integrated Services Digital Network Asynchronous Transfer Mode Via Satellite |
|
ITU-R S.1425 |
Transmission Considerations for Digital Carriers Using Higher Levels of Modulation on Satellite Circuits* |
|
ITU-R S.1426 |
Aggregate Power Flux-Density Limits, at the FSS Satellite Orbit for Radio Local Area Network (Rlan)* Transmitters Operating in the 5 150-5 250 MHz Band Sharing Frequencies with the FSS (RR No. S5.447A) |
|
ITU-R S.1523 |
Methodology for performing parametric evaluation studies of interference sensitivity for geostationary-satellite orbit fixed-satellite service systems* sharing spectrum in bands above 10 GHz |
|
ITU-R S.1524 |
Coordination identification between geostationary-satellite orbit fixed-satellite service networks |
|
ITU-R S.1529 |
Analytical method for determining the statistics of interference between non-geostationary-satellite orbit fixed-satellite service systems and other non-geostationary-satellite orbit fixed-satellite service systems or geostationary-satellite orbit fixed-satellite service networks |
|
ITU-R S.1558 |
Methodologies for measuring epfddown caused by a non-geostationary-satellite orbit space station to verify compliance with operational epfddown limits |
|
ITU-R S.1595 |
Interference mitigation techniques to facilitate coordination between non-geostationary fixed-satellite service systems in highly elliptical orbit and non-geostationary fixed-satellite service systems in low and medium Earth orbit |
|
ITU-R S.1656 |
Outline of a software specification for automating the examination of satellite network filings for compliance with Article 5 of the Radio Regulations-Question ITU-R 230/4 |
|
ITU-R S.1672 |
Guidelines to be used in the event of non-compliance with single-entry operational and/or additional operational limits in Section II of Article 22 of the Radio Regulations-Question ITU-R 231/4 |
|
ITU-R S.1712 |
Methodologies for determining whether an FSS earth station at a given location could transmit in the band 13.75-14 GHz without exceeding the pfd limits in No. 5.502 of the Radio Regulations, and guidelines to mitigate excesses |
|
ITU-R S.1713 |
Methodology to calculate the minimum separation angle at the Earth's surface between a non-geostationary satellite in a high Earth orbit 'œactive' arc and a geostationary satellite-(Question ITU-R 241/4) |
|
ITU-R S.1718 |
Power flux-density values in the band 11.7-12.7 GHz and associated calculation methodology which may be used when the power flux-density values in 6 of Annex 1 to Appendix 30 of the Radio Regulations are exceeded-Question ITU-R 236/4 |
|
ITU-R S.729 |
Control and Monitoring Function of Very Small Aperture Terminals (VSATs) - Section 4B1 - Systems Aspects |
|
ITU-R S.738 |
Procedure for Determining If Coordination Is Required between Geostationary-Satellite Networks Sharing the Same Frequency Bands - Section 4D2 - Coordination Methods |
|
ITU-R S.739 |
Additional Methods for Determining If Detailed Coordination Is Necessary between Geostationary-Satellite Networks in the Fixed-Satellite Service Sharing the Same Frequency Bands - Section 4D2 - Coordination Methods |
|
ITU-R S.740 |
Technical Coordination Methods for Fixed-Satellite Networks - Section 4D2 - Coordination Methods |
|
ITU-R SA.1019 |
Preferred Frequency Bands and Transmission Directions for Data Relay Satellite Systems |
|
ITU-R SA.1020 |
Hypothetical Reference System for the Earth Exploration-Satellite and Meteorological-Satellite Services |
|
ITU-R SA.1021 |
Methodology for Determining Performance Objectives for Systems in the Earth Exploration-Satellite and Meteorological-Satellite Services |
|
ITU-R SA.1023 |
Methodology for Determining Sharing and Coordination Criteria for Systems in the Earth Exploration-Satellite and Meteorological-Satellite Services |
|
ITU-R SA.1154 |
Provisions to Protect the Space Research (SR), Space Operations (SO) and Earth-Exploration Satellite Services (EES) and to Facilitate Sharing with the Mobile Service in the 2025-2110 MHz and 2200-2290 MHz Bands |
|
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.1449 |
Feasibility of Sharing between the FSS (Space-To-Earth) and the Earth Exploration-Satellite (Passive) and Space Research (Passive) Services in the Band 18.6-18.8 GHz |
|
ITU-R SA.1749 |
Mitigation technique to facilitate the use of the 1 215-1 300 MHz band by the Earth exploration-satellite service (active) and the space research service (active) |
|
ITU-R SF.1193 |
Carrier-to-Interference Calculations between Earth Stations in the Fixed-Satellite Service and Radio-Relay Systems |
|
ITU-R SF.1486 |
Sharing Methodology Between Fixed Wireless Access Systems in the Fixed Service and Very Small Aperture Terminals in the Fixed-Satellite Service in the 3400-3700 MHz Band |
|
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.1135 |
SINPO and SINPFEMO Codes |
|
ITU-R SM.1266 |
Adaptive MF/HF Systems |
|
ITU-R SM.1270 |
Additional Information for Monitoring Purposes Related to Classification and Designation of Emission |
|
ITU-R SM.1792 |
Measuring sideband emissions of T-DAB and DVB-T transmitters for monitoring purposes |
|
ITU-R SM.1793 |
Measuring frequency channel occupancy using the technique used for frequency band measurement |
|
ITU-R SNG.1421 |
Common Operating Parameters to Ensure Interoperability for Transmission of Digital Television Satellite News Gathering |
|
ITU-R TF.1552 |
Time scales for use by standard-frequency and time-signal services |
|
ITU-R TF.685 |
(WITHDRAWN) International Synchronization of UTC Time Scales - Section 7B - Specifications for the Standard-Frequency and Time-Signal Services |
|
ITU-R VOL 2000 BT SERIES PT 2 |
Broadcasting Service (Television)-Supplement 1; Study Group 6 |
|
ITU-R 346-1 |
(WITHDRAWN) Four-Frequency Diplex Systems - Section 3Ca - Radiotelegraph Circuits |
|
ITU-R 359-5 |
(WITHDRAWN) Determination of the Co-Ordination Area of Earth Stations in the Fixed-Satellite Service Using the Same Frequency Bands as the Systems in the Fixed Terrestrial Service - Section 4/9B - Co-Ordination and Interference Calculations |
|
ITU-R 368-6 |
Ground-Wave Propagation Curves for Frequencies between 10 kHz and 30 MHz - Section 5B - Effects of the Ground (Including Ground-Wave Propagation) |
|
ITU-R 494 |
(WITHDRAWN) Technical Characteristics of Single-Sideband Equipment in the MF and HF Land Mobile Radiotelephone Service - Section 8A - Land Mobile Service and Related Subjects |
|
ITU-R 576-1 |
(WITHDRAWN) Preferred Frequencies and Bandwidths for Deep- Space Research - Section 2E - Space Research |
|
ITU-R 603 |
(WITHDRAWN) Hypothetical Reference Chain for Television Transmissions over Very Long Distances - Section CMTT A - Television Transmission Standards and Performance Objectives |
|
ITU-R 606-1 |
(WITHDRAWN) Sampling Frequency to be Used for the Digital Transmission of High-Quality Sound-Programme Signals - Section CMTT C - Transmission Standards and Performance Objectives for Sound-Programme Channels |
|
ITU-R 660 |
(WITHDRAWN) Transmission of Analogue High-Quality Sound-Programme Signals on Mixed Analogue-and-Digital Circuits Using 384 kbit/s Channels - Section CMTT C - Transmission Standards and Performance Objectives for Sound-Programme Channels |
|
ITU-R 718 |
(WITHDRAWN) Digital Transmission of High-Quality Sound-Programme Signals on Distribution Circuits Using 480 kbit/s (496 kbit/s) per Audio Channel - Section CMTT C - Transmission Standards and Performance Objectives for Sound-Programme Channels |
|
ITU-R 719 |
(WITHDRAWN) Transmission of High- Quality Sound-Programme Analogue Signals over Mixed Analogue/Digital Circuits at 320 kbit/s - Section CMTT C - Transmission Standards and Performance Objectives for Sound-Programme Channels |
|
ITU-R 722 |
(WITHDRAWN) Uniform Technical Standards and Uniform Operational Procedures for Satellite News Gathering (SNG) The Text of This Recommendation Is Published in Volume XII - Section 4B1 - Systems Aspects |
|
ITU-R 724 |
(WITHDRAWN) Transmission of Digital Studio Quality Sound Signals over H1 Channels - Section CMTT C - Transmission Standards and Performance Objectives for Sound- Programme Channels |
|
ITU-R 772 |
(WITHDRAWN) Test Signals and Measurement Techniques for Transmission Circuits Carrying MAC/Packet Signals or HD-MAC Signals |
|
ITU-R BO.1297 |
Protection Ratios to be Used for Planning Purposes in the Revision of the Appendices 30 (Orb-85) and 30A (Orb-88) Plans of the Radio Regulations in Regions 1 and 3 |
|
ITU-R BO.1383 |
Introduction of the Broadcasting-Satellite Service (Sound) in the Same Frequency Bands as Used by Mobile Aeronautical Telemetry Systems in the Frequency Range 1 - 3 GHz |
|
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.1516 |
Digital Multiprogramme Television Systems for use by Satellites Operating in the 11/12 GHz Frequency Range |
|
ITU-R BO.1785 |
Intra-service sharing criteria for GSO BSS systems in the band 21.4-22.0 GHz in Regions 1 and 3 |
|
ITU-R BO.2019 |
Interference Calculation Methods |
|
ITU-R BO.566-3 |
(WITHDRAWN) Terminology Relating to the Use of Space Communication Techniques for Broadcasting - Section 10/11S - Terminology |
|
ITU-R BR.1289 |
(WITHDRAWN) Scanned Area of 16 mm and 35 mm Release Film Used for 16:9 Conventional Television Systems |
|
ITU-R BR.1290 |
Use of Television Disk Recording in Broadcasters' Operations |
|
ITU-R BR.1291 |
(WITHDRAWN) Scanned Area of Super 16mm Film for Production and Post-Production in 16:9 Television Systems |
|
ITU-R BR.1357 |
Use of Wrappers and Metadata in Television Production |
|
ITU-R BR.1574 |
Archival of sound-program material in the form of files recorded on information technology media |
|
ITU-R BR.1575 |
Guide to the selection of digital video tape recording formats for studio production in the standard definition television (SDTV) environment based on production requirements |
|
ITU-R BR.784 |
(WITHDRAWN) Exchange of Television Programmes on 16 mm Film with Two Synchronous Sound Tracks on a Separate Support |
|
ITU-R BS.1661 |
'Signal-on-the-air' specifications of the digital system described in Annex 1 to Recommendation ITU-R BS.1514 for digital sound broadcasting in the broadcasting bands below 30 MHz |
|
ITU-R BS.1726 |
Signal level of digital audio accompanying television in international programme exchange |
|
ITU-R BS.1771 |
Requirements for loudness and true-peak indicating meters |
|
ITU-R BS.216-2 |
Protection Ratio 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.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.644-1 |
Audio Quality Parameters for the Performance of a High-Quality Sound-Programme Transmission Chain - Section 10C - Audio-Frequency Characteristics of Sound-Broadcasting Signals |
|
ITU-R BS.704 |
Characteristics of FM Sound Broadcasting Reference Receivers for Planning Purposes - Section 10B - Frequency-Modulation Sound Broadcasting in Bands 8 (VHF) and 9 (UHF) |
|
ITU-R BS.708 |
Determination of the Electro-Acoustical Properties of Studio Monitor Headphones - Section 10C - Audio-Frequency Characteristics of Sound-Broadcasting Signals |
|
ITU-R BT.1202 |
Displays for Future Television Systems |
|
ITU-R BT.1301 |
Data Services in Terrestrial Television Broadcasting |
|
ITU-R BT.1367-1 |
Serial digital fibre transmission system for signals conforming to Recommendations ITU-R BT.656*, ITU-R BT.799** and ITU-R BT.1120 |
|
ITU-R BT.1369 |
Basic Principles for a Worldwide Common Family of Systems for the Provisions of Interactive Television Services |
|
ITU-R BT.1382 |
Assessment of the Picture Quality of Multi-Programme Service |
|
ITU-R BT.1437 |
User Requirements for Digital Coding for Multi-Programme Television Transmission |
|
ITU-R BT.1507 |
Interaction Channel Using Digital Enhanced Cordless Telecommunications (DECT) Systems |
|
ITU-R BT.1549 |
Data link protocol for interaction channel |
|
ITU-R BT.1551 |
Transport of MPEG-2 recoding data set as ancillary data packets |
|
ITU-R BT.1577 |
Serial digital interface-based transport interface for compressed television signals in networked television production based on Recommendation ITU-R BT.1120 |
|
ITU-R BT.1618 |
Data structure for DV-based audio, data and compressed video at data rates of 25 and 50 Mbit/s-Question ITU-R 12/6 |
|
ITU-R BT.1663 |
Expert viewing methods to assess the quality of systems for the digital display of large screen digital imagery in theatres-Question ITU-R 15/6 |
|
ITU-R BT.1664 |
Representation of various image aspect ratios into the image of large screen digital imagery applications that use a 16:9 raster |
|
ITU-R BT.1665 |
Considerations for colour encoding and spatial resolution for large screen digital imagery display-Question ITU-R 15/6 |
|
ITU-R BT.1676 |
Methodological framework for specifying accuracy and cross-calibration of video quality metrics-Question ITU-R 44/6 |
|
ITU-R BT.1685 |
Structure of inter-station control data conveyed by ancillary data packets |
|
ITU-R BT.1691 |
Adaptive image quality control in television systems |
|
ITU-R BT.1735 |
Methods for objective quality coverage assessment of digital terrestrial television broadcasting signals of System B specified in Recommendation ITU-R BT.1306 |
|
ITU-R BT.1790 |
Requirements for monitoring of broadcasting chains during operation |
|
ITU-R BT.565 |
Protection Ratios for 625-Line Television Against Radionavigation Transmitters Operating in the Shared Bands between 582 and 606 MHz - Section 11E - Planning of Television Networks, Protection Ratios Television Receivers and Antennas |
|
ITU-R BT.810 |
Conditional-Access Broadcasting Systems |
|
ITU-R BT.812 |
Subjective Assessment of the Quality of Alphanumeric and Graphic Pictures in Teletext and Similar Services |
|
ITU-R F.1106 |
Effects of Propagation on the Design and Operation of Trans-Horizon Radio-Relay Systems |
|
ITU-R F.1243 |
Radio-Frequency Channel Arrangements for Digital Radio Systems Operating in the Range 2 290-2 670 MHz |
|
ITU-R F.1337 |
Frequency Management of Adaptive HF Radio Systems and Networks Using FMCW Oblique-Incidence Sounding |
|
ITU-R F.1398 |
Performance Degradation Due to Interference from Other Services Sharing the Same Frequency Bands on a Primary Basis with Digital Radio-Relay Systems Operating at or Above the Primary Rate and Which May Form Part of the National Portion of a 27 500 km Hypothetical Reference Path |
|
ITU-R F.1495-1 |
Interference criteria to protect the fixed service from time varying aggregate interference from other radiocommunication services sharing the 17.7-19.3 GHz band on a co-primary basis |
|
ITU-R F.1509 |
Technical and Operational Requirements that Facilitate Sharing between Point-to-Multipoint Systems in the Fixed Service and the Inter-Satellite Service in the Band 25.25-27.5 GHz |
|
ITU-R F.1518 |
Spectrum Requirement Methodology for Fixed Wireless Access and Mobile Wireless Access Networks Using the Same Type of Equipment, when Coexisting in the Same Frequency Band |
|
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.1605 |
Error performance and availability estimation for synchronous digital hierarchy terrestrial fixed wireless systems |
|
ITU-R F.1606 |
Interference criteria to protect fixed wireless systems from time varying aggregate interference produced by non-geostationary satellites operating in other services sharing the 37-40 GHz and 40.5-42.5 GHz bands on a co-primary basis |
|
ITU-R F.1613 |
Operational and deployment requirements for fixed wireless access systems in the fixed service in Region 3 to ensure the protection of systems in the Earth exploration-satellite service (active) and the space research service (active) in the band 5 250-5 350 MHz |
|
ITU-R F.1703 |
Availability objectives for real digital fixed wireless links used in 27 500 km hypothetical reference paths and connections-Question ITU-R 102/9 |
|
ITU-R F.1762 |
Characteristics of enhanced applications for high frequency (HF) radiocommunication systems |
|
ITU-R F.1765 |
Methodology for determining the aggregate equivalent isotropically radiated power from point-to-point high-density applications in the fixed service operating in bands above 30 GHz |
|
ITU-R F.1766 |
Methodology to determine the probability of a radio astronomy observatory receiving interference based on calculated exclusion zones to protect against interference from point-to-multipoint high-density applications in the fixed service operating in bands around 43 GHz |
|
ITU-R F.246-3 |
Frequency-Shift Keying - Section 3Ca - Radiotelegraph Circuits |
|
ITU-R F.276-2 |
(WITHDRAWN) Frequency Deviation and the Sense of Modulation for Analogue Radio-Relay Systems for Television - Section 9C - Interconnection Characteristics (Baseband and Intermediate Frequency) |
|
ITU-R F.283-5 |
Radio-Frequency Channel Arrangements for Low and Medium Capacity Analogue or Digital Radio-Relay Systems Operating in the 2 GHz Band - Section 9B1 - Radio-Frequency Channel Arrangements |
|
ITU-R F.345 |
Telegraph Distortion - Section 3Cd - Performance of Digital Transmission Systems |
|
ITU-R F.347 |
Classification of Multi-Channel Radiotelegraph Systems for Long-Range Circuits Operating at Frequencies Below About 30 MHz and the Designation of the Channels in These Systems - Section 3Aa - Technical Characteristics |
|
ITU-R F.387-7 |
Radio-Frequency Channel Arrangements for Radio-Relay Systems Operating in the 11 GHz Band |
|
ITU-R F.393-4 |
Allowable Noise Power in the Hypothetical Reference Circuit for Radio-Relay Systems for Telephony Using Frequency-Division Multiplex - Section 9A - Performance Objectives, Propagation and Interference Effects |
|
ITU-R F.395-2 |
(WITHDRAWN) Noise in the Radio Portion of Circuits to Be Established Over Real Radio-Relay Links for FDM Telephony - Section 9A - Performance Objectives, Propagation and Interference Effects |
|
ITU-R F.397-3 |
(WITHDRAWN) Allowable Noise Power in the Hypothetical Reference Circuit of Trans-Horizon Radio-Relay Systems for Telephony Using Frequency-Division Multiplex - Section 9A - Performance Objectives, Propagation and Interference Effects |
|
ITU-R F.398-3 |
(WITHDRAWN) Measurements of Noise in Actual Traffic over Radio-Relay Systems for Telephony Using Frequency-Division Multiplex - Section 9D - Maintenance |
|
ITU-R F.519 |
Single-Channel Duplex ARQ Telegraph System - Section 3Ca - Radiotelegraph Circuits |
|
ITU-R F.593 |
(WITHDRAWN) Noise in Real Circuits of Multi-Channel Trans-Horizon FM Radio-Relay Systems of Less Than 2500 km - Section 9A - Performance Objectives, Propagation and Interference Effects |
|
ITU-R F.612 |
Measurement of Reciprocal Mixing in HF Communication Receivers in the Fixed Service - Section 3Aa - Technical Characteristics |
|
ITU-R F.613 |
Use of Ionospheric Channel Sounding Systems Operating in the Fixed Service at Frequencies Below About 30 MHz - Section 3Ac - Influence of the Ionosphere |
|
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.756 |
TDMA Point-to-Multipoint Systems Used as Radio Concentrators - Section 9E1 - Line-of-Sight Radio-Relay Systems |
|
ITU-R F.761 |
(WITHDRAWN) Frequency Sharing between the Fixed Service and Passive Sensors in the Band 18.6-18.8 GHz - Section 9F - Frequency Sharing with Other Services |
|
ITU-R HDBK 229-7 |
Handbook on Principles and Approaches on Evolution to IMT-2000/FPLMTS Volume 2 - Handbook on Land Mobile (Including Wireless Access) |
|
ITU-R HDBK DTS |
Handbook Digital Television signals Coding and Interfacing within Studios |
|
ITU-R M. SERIES PT 4 |
1995 M Series Fascicle - Part 4 Radiodetermination Service |
|
ITU-R M.1032 |
Technical and Operational Characteristics of Land Mobile Systems Using Multi-Channel Access Techniques without a Central Controller |
|
ITU-R M.1039-3 |
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.1074 |
Integration of Public Mobile Radiocommunication Systems |
|
ITU-R M.1075 |
Leaky Feeder Systems in the Land Mobile Services |
|
ITU-R M.1078 |
Security Principles for International Mobile Telecommunications-2000 (IMT-2000) |
|
ITU-R M.1175 |
Automatic Receiving Equipment for Radiotelegraph and Radiotelephone Alarm Signals |
|
ITU-R M.1222 |
Transmission of Data Messages on Shared Private Land Mobile Radio Channels |
|
ITU-R M.1223 |
Evaluation of Security Mechanisms for IMT-2000 |
|
ITU-R M.1224 |
Vocabulary of Terms for Future Public Land Mobile Telecommunication Systems (FPLMTS) |
|
ITU-R M.1307 |
Automatic Determination of Location and Guidance in the Land Mobile Services |
|
ITU-R M.1311 |
Framework for Modularity and Radio Commonality within IMT-2000 |
|
ITU-R M.1388 |
Threshold Levels to Determine the Need to Coordinate between Space Stations in the Broadcasting-Satellite Service (Sound) and Particular Systems in the Land Mobile Service in the Band 1 452-1 492 MHz |
|
ITU-R M.1451 |
Transport Information and Control Systems: Functionalities |
|
ITU-R M.1458 |
Use of the Frequency Bands between 2.8-22 MHz by the Aeronautical Mobile (R) Service for Data Transmission Using Class of Emission J2D |
|
ITU-R M.1470 |
Methodology of Sharing between MSS Systems (Earth-to-Space) and Existing RNSS Systems (Space-to-Earth) in the Frequency Bands 149.9-150.05 MHz and 399.9-400.05 MHz |
|
ITU-R M.1471 |
Guidance to Facilitate Coordination and Use of Frequency Bands Shared between the Mobile-Satellite Service and the Fixed Service in the Frequency Range 1-3 GHz |
|
ITU-R M.1473 |
Methodology to Evaluate the Impact of Interference from Time Division Multiple Access/Frequency Division Multiple Access (TDMA/FDMA) Mobile-Satellite Service (MSS) Systems Operating in the 2 GHz Range on Video Baseband Performance in TV-FM Analogue Line-of-Sight Fixed Service Receivers |
|
ITU-R M.1474 |
Methodology to Evaluate the Impact of Interference from Time Division Multiple Access/Frequency Division Multiple Access (TDMA/FDMA) Mobile-Satellite Service (MSS) Systems Operating in the 2 GHz Range on Baseband Performance in Digital Line-of-Sight Fixed Service Receivers Based on Statistics of Radio-Frequency Interference |
|
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.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.1644 |
Technical and operational characteristics, and criteria for protecting the mission of radars in the radiolocation and radionavigation service operating in the frequency band 13.75-14 GHz-Question ITU-R 226/8 |
|
ITU-R M.1652 |
Dynamic frequency selection (DFS)1 in wireless access systems including radio local area networks for the purpose of protecting the radiodetermination service in the 5 GHz band-Questions ITU-R 212/8 and ITU-R 142/9 |
|
ITU-R M.1678 |
Adaptive antennas for mobile systems |
|
ITU-R M.1730 |
Characteristics of and protection criteria for the radiolocation service in the frequency band 15.7-17.3 GHz |
|
ITU-R M.1741 |
Methodology for deriving performance objectives and its optimization for IP packet applications in the mobile-satellite service-Questions ITU-R 85/8, ITU-R 87/8, ITU-R 112/8 and ITU-R 233/8 |
|
ITU-R M.1796 |
Characteristics of and protection criteria for terrestrial radars operating in the radiodetermination service in the frequency band 8 500-10 500 MHz |
|
ITU-R M.2010-1 |
Improved Efficiency in the Use of the Band 156-174 MHz by Stations in the Maritime Mobile Service |
|
ITU-R M.2013 |
Wind Profiler Radars |
|
ITU-R M.441-1 |
Signal-to-Interference Ratios and Minimum Field Strengths Required in the Aeronautical Mobile (R) Service Above 30 MHz - Section 8K - Aeronautical Mobile Service (Terrestrial) |
|
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.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 Subjects |
|
ITU-R M.546-2 |
Hypothetical Telephone Reference Circuit in the Aeronautical, Land and Maritime Mobile- Satellite Services - Section 8F - Frequencies, Orbits and Systems |
|
ITU-R M.820 |
Use of 9-Digit Identities for Narrow-Band Direct-Printing Telegraphy in the Maritime Mobile Service |
|
ITU-R OPINION 40 |
Subjective Assessment of the Quality of Television Pictures |
|
ITU-R OPINION 74-1 |
Systems for Signal Interface Connection between Sound-Broadcasting Receivers and Associated Equipment |
|
ITU-R OPINION 75-1 |
Systems for Signal Interface Connection between Television Receivers and Associated Equipment |
|
ITU-R OPINION 90 |
Equipment Interconnection in Professional Programme Production Installations |
|
ITU-R OPINION 91-1 |
World Atlas of Ground Conductivities |
|
ITU-R OPINION 93 |
Use of Communications Satellites for a Service of Two-Way Time and Frequency Transfer-Question ITU-R 201/7 |
|
ITU-R OPINION 95 |
Cooperation and Harmonization in the Future Activities of the Radiocommunication (ITU-R) and Telecommunication Standardization (ITU-T) Sectors |
|
ITU-R OPINION 96 |
Future Use of the Global Navigation Satellite Ssytem (GNSS) for High-Precision Time Transfer |
|
ITU-R P.1060 |
Propagation Factors Affecting Frequency Sharing in HF Terrestrial Syatems |
|
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.1322 |
Radiometric Estimation of Atmospheric Attenuation |
|
ITU-R P.1412 |
Propagation Data for the Evaluation of Coordination between Earth Stations Working in the Bidirectionally Allocated Frequency Bands |
|
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 PN.1058 |
Digital Topographic Databases for Propagation Studies |
|
ITU-R PN.341-3 |
Concept of Transmission Loss for Radio Links |
|
ITU-R QUESTION 7/1-E |
(WITHDRAWN) Questions Assigned to Radiocommunication Study Group 7 by the Radiocommunication Assembly Science Services-Study Group 7; 52 pp |
|
ITU-R QUESTION 8/1-E |
(WITHDRAWN) Status of Questions assigned to Radiocommunication Study Group 8 Mobile, Radiodetermination, Amateur and Related Satellite Services-Study Group 8; 101 pp |
|
ITU-R RA.1750 |
Mutual planning between the Earth exploration-satellite service (active) and the radio astronomy service in the 94 GHz and 130 GHz bands |
|
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 BS.2004 |
Digital Broadcasting Systems Intended for AM Bands-7 pp |
|
ITU-R REPORT BT.2005 |
Bit-Rate Reduction for Digital TV Signals-4 pp |
|
ITU-R REPORT BT.2025 |
Progress on Development and Implementation of Interactivity in Broadcasting Systems and Services-Question ITU-R 256/11 |
|
ITU-R REPORT SM.2012 |
Economic Aspects of Spectrum Management-Study Group 1; 59 pp |
|
ITU-R S.1061 |
Utilization of Fade Countermeasures Strategies and Techniques in the Fixed-Satellite Service |
|
ITU-R S.1063 |
Criteria for Sharing between BSS Feeder Links and Other Earth-to-Space or Space-to-Earth Links of the FSS |
|
ITU-R S.1068 |
Fixed-Satellite and Radiolocation/ Radionavigation Services Sharing in the Band 13.75-14 GHz |
|
ITU-R S.1069 |
Compatibility between the Fixed-Satellite Service and the Space Science Service in the Band 13.75-14 GHz |
|
ITU-R S.1252 |
Network Management - Payload Configuration Object Class Definitions for Satellite System Network Elements Forming Part of SDH Transport Networks in the Fixed-Satellite Service |
|
ITU-R S.1255 |
Use of Adaptive Uplink Power Control to Mitigate Codirectional Interference between Geostationary Satellite Orbit/Fixed-Satellite Service (GEO/FSS) Networks and Feeder Links of Non-Geostationary Satellite Orbit/Mobile Satellite Service (NON-GSO/MSS) Networks and between GSO/FSS Networks and NON-GSO/FSS Networks |
|
ITU-R S.1256 |
Methodology for Determining the Maximum Aggregate Power Flux-Density at the Geostationary-Satellite Orbit in the Band 6700-7075 MHz from Feeder Links of Non-Geostationary Satellite Systems in the Mobile-Satellite Service in the Space-to-Earth Direction |
|
ITU-R S.1341 |
Sharing between Feeder Links for the Mobile-Satellite Service and the Aeronautical Radionavigation Service in the Space-to-Earth Direction in the Band 15.4-15.7 GHz and the Protection of the Radio Astronomy Service in the Band 15.35-15.4 GHz |
|
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.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 |
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ITU-R S.1429 |
Error Performance Objective Due to Internetwork Interference between GSO Non-GSO FSS Systems for Hypothetical Reference Digital Paths Operating at or Above the Primary Rate Carried by Systems Using Frequencies Below 15 GHz |
|
ITU-R S.1433 |
Uplink and Inter-Satellite Equivalent Power Flux-Density Radiated by Non-GSO FSS Systems |
|
ITU-R S.1559 |
Methodology for computing the geographical distribution of maximum downlink equivalent power flux-density levels generated by non- geostationary fixed-satellite service systems using circular orbits |
|
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 the limits to antennas with diameters other than those in Article 22 of the Radio Regulations |
|
ITU-R S.1590 |
Technical and operational characteristics of satellites operating in the range 20-375 THz |
|
ITU-R S.1647 |
Methodology to determine the worst-case interference among certain types of non-GSO FSS systems in situations where no in-line interference exists |
|
ITU-R S.1673 |
Methodologies for the calculation of the worst-case interference levels from non-geostationary fixed-satellite service systems using highly-elliptical orbits into geostationary fixed-satellite service satellite networks operating in the 10 to 30 GHz frequency bands-Question ITU-R 236/4 |
|
ITU-R S.1717 |
Electronic data file format for earth station antenna patterns |
|
ITU-R S.1781 |
Possible methodology for frequency sharing between bidirectional geostationary fixed-satellite service networks comprising ubiquitously deployed earth stations |
|
ITU-R S.1782 |
Possibilities for global broadband Internet access by fixed-satellite service systems |
|
ITU-R S.354-2 |
Video Bandwidth and Permissible Noise Level in the Hypothetical Reference Circuit for the Fixed-Satellite Service - Section 4B2 - Performance and Availability |
|
ITU-R S.446-2 |
Carrier Energy Dispersal for Systems Employing Angle Modulation by Analogue Signals or Digital Modulation in the Fixed-Satellite Service - Section 4C - Earth Station and Baseband Characteristics - Earth Station Antennas - Maintenance of Earth Stations |
|
ITU-R S.481-2 |
Measurement of Noise in Actual Traffic for Systems in the Fixed-Satellite Service for Telephony Using Frequency-Division Multiplex - Section 4C - Earth Station and Baseband Characteristics - Earth Station Antennas - Maintenance of Earth Stations |
|
ITU-R S.482-2 |
Measurement of Performance by Means of a Signal of a Uniform Spectrum for Systems Using Frequency-Division Multiplex Telephony in the Fixed-Satellite Service - Section 4C - Earth Station and Baseband Characteristics - Earth Station Antennas - Maintenance of Earth Stations |
|
ITU-R S.725 |
Technical Characteristics for Very Small Aperture Terminals (VSATs) - Section 4B1 - Systems Aspects |
|
ITU-R S.734 |
Application of Interference Cancellers in the Fixed-Satellite Service - Section 4C - Earth Station and Baseband Characteristics - Earth Station Antennas - Maintenance of Earth Stations |
|
ITU-R SA.1012 |
Preferred Frequency Bands for Deep-Space Research in the 1-40 GHz Range |
|
ITU-R SA.1017 |
Preferred Method for Calculating Link Performance in the Space Research Service |
|
ITU-R SA.1018 |
Hypothetical Reference System for Systems Comprising Data Relay Satellites in the Geostationary Orbit and User Earth Orbits Spacecraft in Low-Earth Orbits |
|
ITU-R SA.1236 |
Frequency Sharing between Space Rersearch Service Extra-Vehicular Activity (EVA) Links and Fixed and Mobile Service Links in the 410-420 MHz Band |
|
ITU-R SA.1415 |
Sharing between Inter-Satellite Service Systems in the Frequency Band 25.25-27.5 GHz |
|
ITU-R SA.1624 |
Sharing between the Earth exploration-satellite (passive) and airborne altimeters in the aeronautical radionavigation service in the band 4 200-4 400 MHz-Question ITU-R 229/7 |
|
ITU-R SA.1626 |
Feasibility of sharing between the space research service (space-to-Earth) and the fixed and mobile services in the band 14.8-15.35 GHz |
|
ITU-R SA.1744 |
Technical and operational characteristics of ground-based meteorological aids systems operating in the frequency range 272-750 THz-Question ITU-R 235/7 |
|
ITU-R SA.513-1 |
(WITHDRAWN) Preferred Frequency Bands for Spacecraft Transmitters Used as Beacons - Section 2E - Space Research |
|
ITU-R SF.1008-1 |
Possible Use by Space Stations in the Fixed-Satellite Service of Orbits Slightly Inclined with Respect to the Geostationary-Satellite Orbit in Bands Shared with the Fixed Service |
|
ITU-R SF.1482 |
Maximum Allowable Values of pfd Produced at the Earth's Surface by Non-GSO Satellites in the FSS Operating in the 10.7-12.75 GHz Band |
|
ITU-R SF.1572 |
Methodology to evaluate the impact of space-to-Earth interference from the fixed-satellite service to the fixed service in frequency bands where precipitation is the predominant fade mechanism |
|
ITU-R SF.1573 |
Maximum allowable values of power flux-density at the surface of the Earth by geostationary satellites in the fixed-satellite service operating in the 37.5-42.5 GHz band to protect the fixed service |
|
ITU-R SF.1648 |
Use of frequencies by earth stations on board vessels transmitting in certain bands allocated to the fixed-satellite service-Questions ITU-R 254/4 and ITU-R 226/9 |
|
ITU-R SF.1707 |
Methods to facilitate the implementation of large numbers of earth stations in the FSS in areas where terrestrial services are also deployed |
|
ITU-R SM. SERIES |
1995 SM Series Fascicle Spectrum Management |
|
ITU-R SM.1048 |
Design Guidelines for a Basic Automated Spectrum Management System (BASMS) |
|
ITU-R SM.1054 |
Monitoring of Radio Emissions from Spacecraft at Monitoring Stations |
|
ITU-R SM.1131 |
Factors to Consider in Allocating Spectrum on a Worldwide Basis |
|
ITU-R SM.1133 |
Spectrum Utilization of Broadly Defined Services |
|
ITU-R SM.1235 |
Performance Functions for Digital Modulation Systems in an Interference Environment |
|
ITU-R SM.1271 |
Efficient Spectrum Utilization Using Probabilistic Methods |
|
ITU-R SM.1447 |
Momitoring of the Radio Coverage of Land Mobile Networks to Verify Compliance with a Given Licence* |
|
ITU-R SM.1598 |
Methods of radio direction finding and location on time division multiple access and code division multiple access signals |
|
ITU-R SM.1604 |
Guidelines for an upgraded spectrum management system for developing countries |
|
ITU-R SM.1809 |
Standard data exchange format for frequency band registrations and measurements at monitoring stations |
|
ITU-R SM.508 |
(WITHDRAWN) Use of Radio-Noise Data in Spectrum Utilization Studies - Section 1D - Spectrum Utilization and Applications |
|
ITU-R SNG.1710 |
Satellite news gathering carriers universal access procedures |
|
ITU-R TF.375-2 |
(WITHDRAWN) Standard-Frequency and Time-Signal Emissions in Additional Frequency Bands - Section 7B - Specifications for the Standard-Frequency and Time-Signal Services |
|
ITU-R TF.537 |
(WITHDRAWN) Reduction of Mutual Interference between Emissions of the Standard-Frequency and Time-Signal Service on the Allocated Frequencies in Bands 6 and 7 - Section 7C - Systems for Dissemination and Comparison |
|
ITU-R V.35 |
(WITHDRAWN) Wideband Modems Data Transmission at 48 Kilobits Per Second Using 60-108 kHz Group Band Circuits |
|
ITU-R V.664 |
(WITHDRAWN) Adoption of the CCITT Specification and Description Language (SDL) - Section B - Graphical Symbols |
|
ITU-R VOL 2000 BS SERIES PT 2 |
Broadcasting Service (Sound)-Supplement 1; Study Group 6 |
|
ITU-R VOL 2000 BT SERIES PT 1 |
Broadcasting Service (Television) |
|
ITU-R VOL 2000 BT SERIES PT 3 |
Broadcasting Service (Television)-Supplement 1; Study Group 6 |
|
ITU-R VOL 2000 F SERIES PT 2 |
Fixed Service Frequency Sharing Aspects |
|
ITU-R VOL 2000 M SERIES PT 5 |
Mobile Satellite Services and Radiodetermination Satellite Service |
|
ITU-R VOL 2000 M SERIES PT 6 |
Amateur Service and Amateur-Satellite Service |
|
ITU-R VOL 2000 S SERIES PT 3 |
Fixed-Satellite Service |
|
ITU-R BO.1835 |
Sharing between broadcasting-satellite service (BSS) networks using the Region 2 17.3-17.8 GHz BSS allocation and feeder links of BSS networks using the worldwide 17.3-17.8 GHz fixed-satellite service (FSS) (Earth-to-space) allocation |
|
ITU-R HBK DRRS |
Handbook; Digital Radio-Relay Systems; Radiocommunication Bureau; Geneva, 1996 |
|
ITU-R M.1823 |
Technical and operational characteristics of digital cellular land mobile systems for use in sharing studies |
|
ITU-R M.1824 |
System characteristics of television outside broadcast, electronic news gathering and electronic field production in the mobile service for use in sharing studies |
|
ITU-R M.1825 |
Guidance on technical parameters and methodologies for sharing studies related to systems in the land mobile service |
|
ITU-R M.1829 |
Method for determining the necessary geographical separation distances, in the 5 GHz band, between the international standard microwave landing system (MLS) stations operating in the aeronautical radionavigation service and transmitters operating in the aeronautical mobile service (AMS) to support telemetry |
|
ITU-R P.1812 |
A path-specific propagation prediction method for point-to-area terrestrial services in the VHF and UHF bands |
|
ITU-R P.1815 |
Differential rain attenuation |
|
ITU-R SF.1843 |
Methodology for determining the power level for high altitude platform stations ground terminals to facilitate sharing with space station receivers in the bands 47.2-47.5 GHz and 47.9-48.2 GHz |
|
ITU-R VOL 1997 IS SERIES |
Inter-Service Sharing and Compatibility |
|
ITU-R VOL 1997 M SERIES PT 1 |
Land Mobile Service Excluding IMT-2000 |
|
ITU-R VOL 2000 SM PT 1,2 SUPP 1 |
Spectrum Management-Supplement to SM Series - Parts 1 and 2; Study Group 1 |
|
ITU-R VOL2000 F PT 1A,B,2 SUPPL |
Fixed Service-Supplement 1 to F Series - Part 1[A], 1[B], and 2; Study Group 9 |
|
ITU-R BS.1813 |
Protection requirements for broadcasting systems operating in the LF, MF, HF and VHF bands below 80 MHz against the impact of power line telecommunication Systems |
|
ITU-R BT.1833 |
Broadcasting of multimedia and data applications for mobile reception by handheld receivers |
|
ITU-R F.1820 |
Power flux-density at international borders for high altitude platform stations providing fixed wireless access services to protect the fixed service in neighbouring countries in the 47.2-47.5 GHz and 47.9-48.2 GHz bands |
|
ITU-R F.1821 |
Characteristics of advanced digital high frequency (HF) radiocommunication systems |
|
ITU-R M.1800 |
Protection of the fixed, mobile and radiolocation services from MSS feeder links that may operate in the bands 1 390-1 392 MHz (Earth-to-space) and 1 430-1 432 MHz (space-to-Earth) |
|
ITU-R M.1826 |
Harmonized frequency channel plan for broadband public protection and disaster relief operations at 4 940-4 990 MHz in Regions 2 and 3 |
|
ITU-R M.1827 |
Technical and operational requirements for stations of the aeronautical mobile (R) service (AM(R)S) limited to surface application at airports and for stations of the aeronautical mobile service (AMS) limited to aeronautical security (AS) applications in the band 5 091-5 150 MHz |
|
ITU-R SA.1807 |
System characteristics and interference criteria for meteorological satellite systems operating around 18 GHz |
|
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 BS.1738 |
Identification and ordering of multiple audio channels carried on international contribution circuits |
|
ITU-R F.1819 |
Protection of the radio astronomy service in the 48.94-49.04 GHz band from unwanted emissions from HAPS in the 47.2-47.5 GHz and 47.9-48.2 GHz bands |
|
ITU-R M.1808 |
Technical and operational characteristics of conventional and trunked land mobile systems operating in the mobile service allocations below 869 MHz to be used in sharing studies |
|
ITU-R M.1828 |
Technical and operational requirements for aircraft stations of aeronautical mobile service limited to transmissions of telemetry for flight testing in the bands around 5 GHz |
|
ITU-R M.1831 |
A coordination methodology for RNSS inter-system interference estimation |
|
ITU-R P.1816 |
The prediction of the time and the spatial profile for broadband land mobile services using UHF and SHF bands |
|
ITU-R SA.1805 |
Technical and operational characteristics of space-to-space telecommunication systems operating around 354 THz* and 366 THz** |
|
ITU-R SM.IP3 |
Test procedure for measuring the 3rd order intercept point (IP3) level of radio monitoring receivers-Document 1/BL/20-E |
|
ITU-R VOL 1997 BO SERIES |
Broadcasting-Satellite Service (Sound and Television) |
|
ITU-R VOL 1997 V SERIES |
Vocabulary and Related Subjects |
|
ITU-R BT.1832 |
Digital video broadcast-return channel terrestrial (DVB-RCT) deployment scenarios and planning considerations |
|
ITU-R P.1814 |
Prediction methods required for the design of terrestrial free-space optical links |
|
ITU-R P.1817 |
Propagation data required for the design of terrestrial free-space optical links |
|
ITU-R RS.1804 |
Technical and operational characteristics of Earth exploration-satellite service (EESS) systems operating above 3 000 GHz |
|
ITU-R SA.1810 |
System design guidelines for Earth exploration-satellites operating in the band 8 025-8 400 MHz |
|
ITU-R VOL 2000 P PT 1,2 SUPPL 1 |
Radiowave Propagation-Supplement 1 to P Series Parts 1 and 2; Study Group 3 |