| Number |
Category |
Group |
Title |
|
201-7/3
|
(S2)
|
WP3J |
Radiometeorological data required for the planning of terrestrial and space communication systems and space research application
|
|
202-5/3
|
(S2)
|
WP3J/WP3L |
Methods for predicting propagation over the surface of the Earth
|
|
203-9/3
|
(S2)
|
WP3K |
Propagation prediction methods for terrestrial broadcasting, fixed (broadband access) and mobile services using frequencies above 30 MHz
|
|
204-6/3
|
(S2)
|
WP3M |
Propagation data and prediction methods required for terrestrial line-of-sight systems
|
|
205-2/3
|
(S2)
|
WP3M |
Propagation data and prediction methods required for trans-horizon systems
|
|
206-4/3
|
(S2)
|
WP3M |
Propagation data and prediction methods for fixed- and broadcasting-satellite services
|
|
207-5/3
|
(S2)
|
WP3M |
Propagation data and prediction methods for satellite mobile and radiodetermination services above about 0.1 GHz
|
|
208-6/3
|
(S2)
|
WP3M |
Propagation factors in frequency sharing issues affecting space radiocommunication services and terrestrial services
|
|
209-2/3
|
(S3)
|
WP3J |
Variability and risk parameters in system performance analysis
|
|
211-8/3
|
(S3)
|
WP3K |
Propagation data and propagation models in the frequency range 300 MHz to 450 GHz for the design of short-range wireless radiocommunication systems
|
|
212-3/3
|
(S3)
|
WP3L |
Ionospheric properties
|
|
213-4/3
|
(S3)
|
WP3L |
The short-term forecasting of operational parameters for trans-ionospheric radiocommunication and radionavigation services
|
|
214-6/3
|
(S2)
|
WP3L |
Radio noise
|
|
218-6/3
|
(S3)
|
WP3L |
Ionospheric influences on satellite systems
|
|
221-2/3
|
(S3)
|
WP3L |
Propagation by way of sporadic E and other ionization
Note - Suppressed on 28/07/15 (CACE/744)
|
|
222-5/3
|
(S3)
|
WP3L |
Measurements and data banks of ionospheric characteristics and radio noise
|
|
225-7/3
|
(S3)
|
WP3L |
The prediction of propagation factors affecting systems at LF and MF including the use of digital modulation techniques
|
|
226-5/3
|
(S3)
|
WP3L/WP3M |
Ionospheric and tropospheric characteristics along satellite-to-satellite paths
|
|
227-1/3
|
(S3)
|
WP3L |
HF channel simulation
Note - Suppressed on 17/02/12 (CACE/562)
|
|
228-3/3
|
(C1)
|
WP3M |
Propagation data required for the planning of radiocommunication systems operating above 275 GHz
|
|
229-3/3
|
(S3)
|
WP3L |
Prediction of sky-wave propagation conditions, signal intensity, circuit performance and reliability at frequencies between about 1.6 and 30 MHz, in particular for systems using digital modulation techniques
|
|
230-3/3
|
(S2)
|
WP3J/WP3L |
Prediction methods and models applicable to power line telecommunication systems
|
|
231-1/3
|
(S2)
|
WP3L |
The effect of electromagnetic emissions from man-made sources on the radiocommunication systems and networks
|
|
232-1/3
|
(S2)
|
WP3J |
The effect of nanostructure materials on propagation
Note - Suppressed on 22/11/17 (CACE/846)
|
|
233-1/3
|
(S2)
|
WP3M |
Methods for the prediction of propagation path losses between an airborne platform and a satellite, ground terminal or another airborne platform
|
|
234/3
|
(S3)
|
WP3L |
Computation of ionospheric scintillation indices
|
|
235-1/3
|
(S3)
|
WP3K |
Impact of engineered electromagnetic surfaces on radiowave propagation
|
|
236/3
|
(S2)
|
WP3J/WP3K/WP3L/WP3M |
Use of machine learning methods for radiowave propagation studies
|
|
237/3
|
(S2)
|
WP3J |
Propagation characteristics and prediction methods required for lunar radiocommunication
|