Asian Surveying & Mapping
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ISRO Maps Over 2,000 Glaciers, 3,219 Glacial Lakes in Ladakh for Disaster Management
SRINAGAR: The Indian Space Research Organisation (ISRO) and other...
China Closes the Satellite Gap in Space Race With the U.S.
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IIT-Tirupati hosts fifth BRICS working group meeting on geospatial technologies
The Indian Institute of Technology-Tirupati (IIT-Tirupati), in collaboration with...
South Korea launches 4th Earth observation satellite from US
South Korea on Tuesday launched its fourth Earth observation...
Korea AeroSpace Administration Unveils K-Space Vision
Agency Will Benchmark European Aerospace Clusters and Explore Joint...
Japan space agency conducts Epsilon rocket engine test after failures
TOKYO - The Japan Aerospace Exploration Agency on Thursday...
UAE to boldly go with programme to boost nation’s expertise in space sector
A programme has been announced to enhance Emirati expertise...
China is building a ‘Mach 26 asteroid hammer’ to strike space rocks before they hit Earth
The Earth revolves in a cosmic system which is...
Nigeria and Benin Strengthen Border Surveillance with Geospatial Technology
The partnership was highlighted during a strategic meeting at...
IIT-Tirupati hosts fifth BRICS working group meeting on geospatial technologies
The Indian Institute of Technology-Tirupati (IIT-Tirupati), in collaboration with...

March 8th, 2011
Spirent Explains How to Model Your GNSS Antenna

Capturing as much as possible of the wanted signals from space and rejecting everything else is the goal for any aspiring GNSS antenna, but it’s a tough goal to attain. GNSS signals are extremely weak when they reach the earth’s surface and collecting them and passing them unperturbed into the receiver requires good practice. It is critical that the influence on a system by the antenna is properly modelled and tested so that its design, while constrained, is fully optimised. Find out how using a GNSS simulator to model an antenna can highlight the difference in a receiver’s performance when the antenna is correctly modelled.

www.spirent.com