As a preliminary to the studies conducted by the individual Working Groups, a review has been undertaken of topics which are relevant to the space-weather phenomena that can occur. The ways in general that these can influence the state of the ionosphere are discussed. The various changes in propagation parameters that arise on Earth-space and terrestrial radio paths via the ionosphere are listed. International procedures for frequency allocation and assignment are explained and the extent to which these are influenced by propagation factors is addressed. The role of mitigation techniques to improve radio-system performance is also identified
Radio waves traveling through free space have little or no external influence on them. But when such...
The ionosphere region plays an active role in the complex space weather relationships. So a permanen...
Telecommunications via ionospheric reflection of radio signals of ground-based transmitters are a tr...
Radio waves travelling through the ionospheric plasma are impacted in different ways. Principally, s...
This paper reviews the space weather impact on operation of radio devices. The review is based on re...
Mitigating the impact of space weather on key systems and services such as GNSS or RF communications...
Mitigating the impact of space weather on key systems and services such as GNSS or RF communications...
At the beginning of the new millennium, ionospheric physics and its application in new technologies ...
Preface to Journal of Atmospheric and Solar-Terrestrial Physics 67 (2005)At the beginning of the new...
Radio signals used in modern communication, navigation and radar systems are impacted by refraction,...
The time varying conditions in the near-Earth space environment that may affect space-borne or groun...
Abstract The time varying conditions in the near-Earth space environment that may affect space-borne...
The impact of 14 geomagnetic storms from a list of CEDAR, GEM and ISTP storms, that occurred during...
The ionosphere and the thermosphere are two keys in the space weather context. There are the locatio...
The ionosphere region plays an active role in the complex space weather relationships. So a permanen...
Radio waves traveling through free space have little or no external influence on them. But when such...
The ionosphere region plays an active role in the complex space weather relationships. So a permanen...
Telecommunications via ionospheric reflection of radio signals of ground-based transmitters are a tr...
Radio waves travelling through the ionospheric plasma are impacted in different ways. Principally, s...
This paper reviews the space weather impact on operation of radio devices. The review is based on re...
Mitigating the impact of space weather on key systems and services such as GNSS or RF communications...
Mitigating the impact of space weather on key systems and services such as GNSS or RF communications...
At the beginning of the new millennium, ionospheric physics and its application in new technologies ...
Preface to Journal of Atmospheric and Solar-Terrestrial Physics 67 (2005)At the beginning of the new...
Radio signals used in modern communication, navigation and radar systems are impacted by refraction,...
The time varying conditions in the near-Earth space environment that may affect space-borne or groun...
Abstract The time varying conditions in the near-Earth space environment that may affect space-borne...
The impact of 14 geomagnetic storms from a list of CEDAR, GEM and ISTP storms, that occurred during...
The ionosphere and the thermosphere are two keys in the space weather context. There are the locatio...
The ionosphere region plays an active role in the complex space weather relationships. So a permanen...
Radio waves traveling through free space have little or no external influence on them. But when such...
The ionosphere region plays an active role in the complex space weather relationships. So a permanen...
Telecommunications via ionospheric reflection of radio signals of ground-based transmitters are a tr...