Add to ORKGArray processing is a very promising technology for mitigation and detection of radio interference in receivers of satellite navigation systems. This paper presents early results of a multi-antenna receiver measurement campaign in Berchtesgaden GATE
In aviation environments various interference sources exist, which can degrade the performance of on...
For the purpose of pre Galileo system verification and testing, the Galileo Test Environment (GATE) ...
Advanced global navigation satellite systems (GNSS) like Galileo and modernized GPS will provide new...
One of the main features of the Galileo Satellite Navigation System is integrity. To ensure a reliab...
The mitigation of disturbances by commercial GPS jammers on the GPS/Galileo signal reception was dem...
One of the main features of the Galileo Satellite Navigation System is integrity. To ensure a reliab...
The results of the interference measurement campaign carried out on board of a large container ship ...
In the year 2006 the Institute of Communications and Navigation of the German Aerospace Center start...
Adaptive antennas with array processing are a promising technology for enhanced interference mitiga...
Advanced global navigation satellite systems (GNSS) like Galileo and modernized GPS will provide add...
Future navigation services provided by upcoming global navigation satellite systems like Galileo wil...
The employment of robust receivers is essential for dependable navigation in safety-critical applica...
The use of spatial-domain signal processing for mitigation of interference signals in receivers of g...
The fact that most of high-accuracy positioning and distributed timing services, including safety-cr...
The E5 and E6 bands, which will be used by Galileo, will have to be shared with many ground-based ap...
In aviation environments various interference sources exist, which can degrade the performance of on...
For the purpose of pre Galileo system verification and testing, the Galileo Test Environment (GATE) ...
Advanced global navigation satellite systems (GNSS) like Galileo and modernized GPS will provide new...
One of the main features of the Galileo Satellite Navigation System is integrity. To ensure a reliab...
The mitigation of disturbances by commercial GPS jammers on the GPS/Galileo signal reception was dem...
One of the main features of the Galileo Satellite Navigation System is integrity. To ensure a reliab...
The results of the interference measurement campaign carried out on board of a large container ship ...
In the year 2006 the Institute of Communications and Navigation of the German Aerospace Center start...
Adaptive antennas with array processing are a promising technology for enhanced interference mitiga...
Advanced global navigation satellite systems (GNSS) like Galileo and modernized GPS will provide add...
Future navigation services provided by upcoming global navigation satellite systems like Galileo wil...
The employment of robust receivers is essential for dependable navigation in safety-critical applica...
The use of spatial-domain signal processing for mitigation of interference signals in receivers of g...
The fact that most of high-accuracy positioning and distributed timing services, including safety-cr...
The E5 and E6 bands, which will be used by Galileo, will have to be shared with many ground-based ap...
In aviation environments various interference sources exist, which can degrade the performance of on...
For the purpose of pre Galileo system verification and testing, the Galileo Test Environment (GATE) ...
Advanced global navigation satellite systems (GNSS) like Galileo and modernized GPS will provide new...