EUREF Permanent Network

EPS
Full name	EUREF Permanent Network
Founded	1996
Members	more than 30 countries
Affiliation	EUREF, International Association of Geodesy
Key people	C. Bruyninx, Central Bureau
Office location	Brussels, Belgium
Website	www.epncb.eu

EUREF Permanent Network (EPS) is a European network of more than 300 continuously operating GNSS reference stations with precisely known coordinates referenced to the ETRS89. EPS is the key instrument in the maintenance of ETRS89 geodetic datum. The EPN stations collect continuously the observation data from high accuracy multi-GNSS receivers. The data is processed in the centralized way in a few data processing centres. EPS is created and maintained by a voluntary agreement of about 100 European agencies and universities. EPS activities are coordinated by EUREF.[1][2][3]

Structure

The EPS consists of the following components:

Tracking Stations include GNSS tracking receivers and antennae on suitable geodetic markers.
Operational Centres perform data validation, conversion of raw data to the RINEX format, data compression, and upload to Local Data Centres.
Local Data Centres store the data of Tracking Stations and disseminate them via the Internet.
Local Analysis Centres process a subnetwork of EPS stations and deliver weekly subnetwork solutions to Combination Centres.
Combination Centres combine subnetwork solutions into one official EPS solution, which is weekly sent to the IGS for the integration in the global GNSS network solution.
Central Bureau manages day-to-day the activities of EPS. It is located at the Royal Observatory of Belgium in Brussels.

Data and products

EPS data are raw multi-GNSS pseudorange and phase observations, broadcast ephemerides, and supporting types of raw data (such as meteorological) as they are gathered by the Tracking Stations. The EPS data is available in daily, hourly, 15-min RINEX-formatted files, and for many stations as a real-time data stream via NTRIP.

EPS products include

best-known coordinates of the Tracking Stations in both ETRS89 and ITRS geodetic datums;
time series of the coordinates of the Tracking Stations;
tropospheric zenith path delays at all the Tracking Stations.

References

C. Bruyninx, M. Becker and G. Stangl. Regional Densification of the IGS in Europe Using the EUREF Permanent GPS Network, Phys. Chem. Earth, 26, No 6-8, 2001, pp.531-538
C. Bruyninx. The EUREF Permanent Network: a multi-disciplinary network serving surveyors as well as scientists. GeoInformatics, 7, 2004, pp. 32-35
A. Kenyeres, C. Bruyninx. Monitoring of the EPN Coordinate Time Series for Improved Reference Frame Maintenance", GPS solutions, 8, 4, 2004, pp. 200-209.

External links

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[1] C. Bruyninx, M. Becker and G. Stangl. Regional Densification of the IGS in Europe Using the EUREF Permanent GPS Network, Phys. Chem. Earth, 26, No 6-8, 2001, pp.531-538

[2] C. Bruyninx. The EUREF Permanent Network: a multi-disciplinary network serving surveyors as well as scientists. GeoInformatics, 7, 2004, pp. 32-35

[3] A. Kenyeres, C. Bruyninx. Monitoring of the EPN Coordinate Time Series for Improved Reference Frame Maintenance", GPS solutions, 8, 4, 2004, pp. 200-209.