Is there an industry-standard official mapping of Galileo satellites to global "PRN”/
In the U.S. GPS system, satellites are identified by the PRN number broadcast by each satellite. This ID is usually visible on most GPS receiver platforms that provide access to individual GPS satellite signal information to identify the broadcasting satellite (e.g., accessible on Android via the GPSStatus.Listener and the GpsSatellite.getPrn() method (http://goo.gl/QLse3)).
For other GNSS, there have been an adoption of global PRN/ID values for satellites so apps end up getting globally unique IDs per satellite that don't collide with other GNSS.
For example, according to an unofficial version of the NMEA 0183 spec (v2.19, Apr 2015):
Is there any industry-standard official mapping between Galileo satellites and PRN/ID values?
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In the U.S. GPS system, satellites are identified by the PRN number broadcast by each satellite. This ID is usually visible on most GPS receiver platforms that provide access to individual GPS satellite signal information to identify the broadcasting satellite (e.g., accessible on Android via the GPSStatus.Listener and the GpsSatellite.getPrn() method (http://goo.gl/QLse3)).
For other GNSS, there have been an adoption of global PRN/ID values for satellites so apps end up getting globally unique IDs per satellite that don't collide with other GNSS.
For example, according to an unofficial version of the NMEA 0183 spec (v2.19, Apr 2015):
- Russian GLONASS - IDs 65-96 reserved
- Japanese QZSS - IDs 193-200 reserved
- Chinese BeiDou - IDs 201-235 reserved
Is there any industry-standard official mapping between Galileo satellites and PRN/ID values?
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