Author: M. Becker, BKG, Dept. G1 ******************************************************************************* EUREF REPORT FOR GPS WEEK 1029 (DAYS 269-275, DATES 26-09-99 - 02-10-99) ******************************************************************************* Report of the combination of the European weekly GPS solutions International Association of Geodesy Commission X - Global and Regional Geodetic Networks Subcommission for Europe (EUREF) Contributing Solutions: ----------------------- Group Description Contribution ASI - Nuova Telespazio S.p.A., Space Geodesy Center, Italy SINEX BEK - International Commission for Global Geodesy of SINEX the Bavarian Academy of Sciences, Germany BKG - Bundesamt fuer Kartographie und Geodaesie, Germany SINEX COE - European solution created at CODE SINEX (Center for Orbit Determination in Europe) GOP - Geodetic Observatory Pecny, Czech Republic SINEX IGN - Institut Geographique National, France SINEX LPT - Bundesamt fuer Landestopographie (L+T), Switzerland SINEX NKG - Nordic Geodetic Commision SINEX OLG - Observatory Lustbuehel Graz, Austria SINEX ROB - Royal Observatory of Belgium SINEX UPA - Universita di Padova, Italy SINEX WUT - Warsaw University of Technology, Poland SINEX SINEX: Software independent exchange format Version 0.05 or 1.00 Submitted by: Bundesamt fuer Kartographie und Geodaesie (BKG) Frankfurt am Main, Germany Contact : Matthias Becker (becker@ifag.de) Products available through anonymous ftp using: A) ftp igs.ifag.de -or- ftp 141.74.240.26 after login: cd pub/EUREF/CLUSTERS/wwww (GPS week wwww) B) ftp ftpserver.oma.be -or- ftp 193.190.231.100 after login: cd pub/astro/euref/product/combin Processing Strategy: -------------------- - The combined weekly EUREF solution (EUR) is created after removing the Analysis Center specific constraints. - Covariance rescaling factors are derived from the sampling rate used by each center. In fact all solutions contribute to the combined solution with the same weight. The rescaling factors of all centers are chosen such that they give the resulting EUREF solution realistic formal errors. - To align the EUREF weekly solutions with the terrestrial reference frame a selected set of "reference stations" is fixed to their ITRF coordinates. - For the realization of the ITRF94 reference frame the following sites were used (from GPS week 0860 to GPS week 0946): BRUS, GRAZ, KOSG, MATE, METS, ONSA, WTZR, ZIMM - For the realization of the ITRF96 reference frame the following sites are used from GPS week 0947 - 0981: BOR1, GRAZ, KOSG, MATE, ONSA, POTS, REYK, WTZR, ZIMM, ZWEN, VILL From GPS week 0982 - 1020: BOR1, GRAZ, KOSG, MATE, ONSA, POTS, REYK, WTZR, ZIMM, ZWEN, VILL, GRAS - For the realization of the ITRF97 reference frame the following sites are used from GPS week 1021 onwards: BOR1, GRAZ, KOSG, MATE, ONSA, POTS, REYK, WTZR, ZWEN, VILL, GRAS NYA1, TRO1, THU1 - The comparisons between each individual solution and the combined solution is done using a 7-parameter Helmert transformation. The Helmert parameters are determined using all sites of the individual solutions. - In the first Table unweighted rms values (for the coordinate components in the local system North-East-Up), derived from the Helmert residuals, are shown for each site. - In the second table an (unweighted) rms is computed for each Analysis Center. These values are derived from the Helmert residuals of all sites of a particular Analysis Center. AVAILABLE FILES: ----------------------------------------------------------------------------- EUR10297.SUM THIS TEXT FILE EUR10297.SNX COMBINED EUROPEAN SOLUTION FOR GPS WEEK 1029 ----------------------------------------------------------------------------- REMARKS: - COMBINATION GPSWEEK 1029, EUROPE ------------------------------------------------------------------------------- PROCESSED FILES : 12 TOTAL NUMBER OF STATIONS: 84 ------------------------------------------------------------------------------- 000000000111 RESIDUAL RMS IN MM STATION #FILES 123456789012 N E U ------------------------------------------------------------------------------- BELL 13431M001 3 MM M .6 .2 3.3 BZRG 12751M001 3 MM M .8 .4 8.1 CAGL 12725M003 3 MM M .5 2.0 2.7 EBRE 13410M001 3 MM M 1.2 1.0 3.8 GENO 12712M002 3 MM M .3 1.5 4.8 LAMP 12706M002 4 M M MM .9 1.6 2.8 MATE 12734M008 4 NNN N .8 1.3 3.8 MEDI 12711M003 3 MM M .6 1.1 1.5 NOTO 12717M003 3 MM M .6 .9 2.0 SFER 13402M004 3 MM M 1.3 .4 2.7 TORI 12724M002 3 MM M .5 .9 7.8 UNPG 12752M001 3 MM M .8 .6 4.0 VILL 13406M001 3 NN N 1.3 .6 2.4 WTZR 14201M010 4 N N N N 1.2 1.7 4.6 ALAC 13433M001 3 MM M 1.1 2.1 3.5 ACOR 13434M001 3 M M M .4 .3 5.0 CASC 13909S001 3 M M M 2.9 .7 6.0 ANKR 20805M002 3 MMM 1.6 1.2 4.9 SOFI 11101M002 3 MM M .2 .9 2.8 CREU 13432M001 3 M M M 1.2 1.0 4.4 GRAS 10002M006 3 N NN .3 .8 7.0 MAS1 31303M002 2 M M 2.7 1.2 1.9 MARS 10073M008 3 M M M .2 1.3 2.9 RAMO 20703S001 3 M M M 1.9 1.9 3.7 UPAD 12750M002 4 M M M M .5 .7 4.1 LLIV 13436M001 3 M M M .7 .9 2.9 ESCO 13435M001 3 M M M .4 .4 2.4 TOUL 10003M004 3 M M M .2 .9 4.3 NICO 14302M001 3 MM M .6 1.2 4.4 TUBI 20806M001 4 MM M M .6 1.2 1.8 SJDV 10090M001 3 M M M .3 .9 1.8 VENE 12741M001 3 M M M .3 .9 13.0 BUCU 11401M001 3 M M M .5 .4 1.5 BRST 10004M004 3 M M M .8 1.8 1.2 EUSK 14258M003 3 M M M 1.0 .3 1.2 GLSV 12356M001 3 MM M .7 .6 1.2 ZECK 12351M001 2 M M .2 .5 3.9 GRAZ 11001M002 3 N N N .1 .2 3.3 HERS 13212M007 3 M M M .6 5.9 1.6 HOFN 10204M002 4 MM M M 1.3 .5 5.8 REYK 10202M001 3 NN N 1.5 .7 2.4 VIL0 10424M001 3 MM M .6 .3 2.1 KARL 14216M001 3 M MM .6 .4 5.4 KOSG 13504M003 3 N N N .5 .3 1.7 KIRU 10403M002 3 MM M .5 .4 7.4 METS 10503S011 3 M M M .1 .4 4.3 POTS 14106M003 3 N N N .7 .3 1.1 SBGZ 11031S001 3 M M M .5 .4 6.3 ONSA 10402M004 4 N N N N .4 .2 3.1 ZWEN 12330M001 3 NNN .8 .5 3.7 BRUS 13101M004 3 M M M .6 1.3 1.3 BOR1 12205M002 3 N N N 1.0 .2 5.8 TERS 13534M001 3 M M M .6 .5 1.8 BOGO 12207M002 3 MM M .6 .2 2.4 MAR6 10405M002 3 MM M .2 .3 1.6 ZIMM 14001M004 3 M M M .4 .9 3.2 DELF 13502M004 3 M M M .5 .3 .9 DOUR 13113M001 3 M M M .2 .2 1.5 MDVO 12309M002 2 MM 1.6 1.6 4.0 TRO1 10302M006 3 NN N .7 .8 .9 JOEN 10512M001 3 M M M .4 .3 2.7 KIR0 10422M001 3 MM M .5 .5 1.6 LAMA 12209M001 3 M M M 1.1 .1 4.1 NYA1 10317M003 3 N N N .8 1.5 3.5 THU1 43001M001 2 N N 1.9 1.5 7.6 PENC 11206M006 3 M M M 1.0 .3 3.6 SODA 10513M001 3 M MM 2.2 1.1 3.5 VAAS 10511M001 3 M MM .4 1.1 1.5 KELY 43005M001 3 M M M 1.5 1.2 3.7 UZHL 12301M001 3 M M M .6 .2 6.1 VIS0 10423M001 3 M MM .2 .3 2.5 EIJS 13533M001 3 M M M .2 .2 2.0 OBER 14208M001 3 M MM .4 .6 2.6 GOPE 11502M002 3 M M M .4 .4 1.0 MOPI 11507M001 2 M M .3 .1 5.7 MANS 10091M001 3 MM M .8 .7 2.5 RIGA 12302M002 3 M M M .4 .4 4.6 SVTL 12350M001 3 M M M .9 2.3 4.7 DENT 13112M001 3 MM M .9 .4 2.3 WARE 13114M001 3 MM M .9 .4 2.8 WSRT 13506M005 3 MM M .3 .4 1.9 PFAN 11005S002 3 M M M .3 .7 1.9 JOZE 12204M001 3 MM M .3 .7 5.9 HFLK 11006S003 3 M MM .1 .6 2.3 ------------------------------------------------------------------------------- FLAGS: M: MEAN, F: FIXED, N: FREE NETWORK RESTRICTIONS 1 ------------------------------------------------------------------------------- UNWEIGHTED RMS VALUES WITH RESPECT TO THE COMBINED SOLUTION IN MM ------------------------------------------------------------------------------- PROCESSED FILES : 12 TOTAL NUMBER OF STATIONS: 84 ------------------------------------------------------------------------------- FILE GRP #SITES COV.COMP. COMPONENT RMS --------------------------------------------------- N .9 1 ASI 15 .0160 E 1.8 U 3.3 --------------------------------------------------- N .6 2 BEK 30 .0200 E .6 U 3.8 --------------------------------------------------- N .6 3 BKG 26 .0200 E .6 U 2.1 --------------------------------------------------- N 1.0 4 COE 31 .0200 E .6 U 2.5 --------------------------------------------------- N .4 5 GOP 20 .0200 E .6 U 2.7 --------------------------------------------------- N .9 6 IGN 16 .0200 E .7 U 3.8 --------------------------------------------------- N .3 7 LPT 13 .0200 E .4 U 1.1 --------------------------------------------------- N .5 8 NKG 22 .0200 E 1.3 U 1.8 --------------------------------------------------- N .7 9 OLG 24 .0200 E 1.0 U 3.8 --------------------------------------------------- N .6 10 ROB 20 .0200 E 1.6 U 1.7 --------------------------------------------------- N .6 11 UPA 13 .0200 E .3 U 6.1 --------------------------------------------------- N 1.0 12 WUT 24 .0200 E .8 U 4.9 --------------------------------------------------- N .7 MEAN 84 E .9 U 3.3