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[IGEXMail-0706] Wk 1050 CODE IGEX Analysis Report
- Subject: [IGEXMail-0706] Wk 1050 CODE IGEX Analysis Report
- From: dineiche @ ubeclu.unibe.ch (D. Ineichen)
- Date: 08 Mar 2000 15:39:56
- Author: CODE AC Team
Sender: IGEXMail-owner @ ensg.ign.fr
Precedence: list
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IGEXMail 08-Mar-2000 15:39:56 Message No 0706
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Author: dineiche @ ubeclu.unibe.ch (D. Ineichen)
Subject: Wk 1050 CODE IGEX Analysis Report
Author: CODE AC Team
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CODE IGEX REPORT GPS WEEK 1050 (DAYS 051-057, DATES 20-02-00 - 26-02-00)
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Submitted by: Astronomical Institute, University of Berne, Switzerland
Products available through anonymous ftp using:
ftp ubeclu.unibe.ch -or- ftp 130.92.6.17
after login: cd aiub$ftp; cd code
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PROCESSING STRATEGY:
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- The analysis was done by fixing the GPS orbits and Earth rotation parameters
to the CODE final GPS solution.
- The orbital parameters for the GLONASS satellites were estimated using double
difference phase observations (including double differences between GLONASS
and GPS satellites). Six initial conditions and nine radiation pressure para-
meters per satellite were determined. No pseudo-stochastic pulses have been
introduced up to now.
- So far only receivers providing dual frequency GPS and GLONASS or dual fre-
quency GLONASS measurements were included in the solution.
- The daily orbit results stem from the middle day of a 5-day arc.
- The satellite clock values included in the precise orbit files are broadcast
clock values for the GLONASS satellites (no improvement done so far) and
precise CODE estimates for the GPS satellites.
- The following sites are constrained to their ITRF97 coordinates:
- KR0G 10422M001 (Kiruna, Sweden)
- OS0G 10402M004 (Onsala, Sweden)
- SUNM 50143M001 (Brisbane, Australia)
- YARR 50107M006 (Yaragadee, Australia)
- ZIMZ 14001M005 (Zimmerwald, Switzerland)
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FILES SENT TO GLOBAL DATA CENTERS:
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COX1050N.EPH GLONASS/GPS DAILY SATELLITE EPHEMERIDES, SP3 FORMAT (N=0..6)
COX10507.SUM THIS TEXT FILE
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FIVE DAY SOLUTION STATISTICS:
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MIDDLE DAY FILES OBSERVATIONS PARAMETERS RMS (MM)
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51 111 369029 9393 1.1
52 109 365413 9260 1.1
53 106 356475 8897 1.1
54 102 342624 8435 1.1
55 99 330576 8128 1.1
56 100 336516 8375 1.1
57 102 339924 8557 1.1
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ORBIT REPEATABILITY FROM A 7-DAY FIT THROUGH DAILY ORBIT SOLUTIONS (CM)
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101 107 108 111E113E115E122
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51 4 4 6 18 17 15 5
52 4 4 7 11 10 12 3
53 4 4 5 8 12 5 3
54 4 3 9 8 12 11 3
55 6 2 5 11 8 10 3
56 4 3 5 12 14 6 4
57 6 6 8 16 23 13 6
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ALL 5 4 7 13 15 11 4
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Remark: These RMS values may be too optimistic, because we fit the middle days
of 5-day arcs with a 7-day arc.
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WEEKLY COORDINATE COMPARISON OF 1-DAY (Z1) SOLUTIONS
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TOTAL NUMBER OF STATIONS: 23
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WEEKDAY RESIDUAL RMS IN MM
STATION #DAYS 0123456 N E U
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BIPD 10094M001 7 PPPPPPP 23 30 68
BORG 12205M004 6 P PPPPP 14 8 16
BRUG 13101M005 7 PPPPPPP 17 30 32
CRAR 66001M004 5 PPPPP 10 5 5
DLFT 13502M006 7 PPPPPPP 3 2 3
GATR 3 PPP 3 4 10
GOPE 11502M002 7 PPPPPPP 3 2 5
GRAB 11001M004 7 PPPPPPP 3 2 4
KR0G 10422M001 5 PPPPP - - - CONSTRAINED
LHAZ 21613M002 4 PP P P 5 4 13
MTBG 11030M001 7 PPPPPPP 4 3 5
MTKA 21741S002 6 PP PPPP 4 9 6
NPLC 13234M001 6 PPPPPP 26 42 47
OS0G 10402M004 7 PPPPPPP - - - CONSTRAINED
REYZ 10202M003 7 PPPPPPP 2 2 6
SUNM 50143M001 7 PPPPPPP - - - CONSTRAINED
THU2 43001M002 7 PPPPPPP 4 3 6
TSKA 21730M003 7 PPPPPPP 5 12 5
VSLD 13502M008 7 PPPPPPP 2 9 10
WTZZ 14201M014 7 PPPPPPP 3 3 5
YARR 50107M006 7 PPPPPPP - - - CONSTRAINED
ZIMJ 14001M006 7 PPPPPPP 4 4 4
ZIMZ 14001M005 7 PPPPPPP - - - CONSTRAINED
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