Subject: [IGSMAIL-68] Present IGS status at Graz Lustb~Ahel
From: Peter Pesec, Graz, Austria
Date: 14 AUG 1992 14:04:13

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IGS Electronic Mail       14-AUG-1992 14:04:13       Message Number 68
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From:    Peter Pesec, Graz, Austria
Subject: Present IGS status at Graz Lustb�hel
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Our ROGUE receiver has been connected to 5 MHz standard frequency of 
the time-lab <TUG Graz> on Monday , August 3rd, 1992.

As already announced an additional P-code Ashtech was installed
in Graz (parallel to Zimmerwald). This receiver was only partly 
operational since August 3rd due to insufficient antenna cable 
length.

Regular unattended automatic observation and data-distribution 
started with day 226, 00:00 UT. The receiver is connected to the
5 MHz standard frequency of the time lab <TUG Graz>, data 
dissemination to IFAG Frankfurt starts at day 227, 0 UT. 

According to the proposal of IGN/Paris the station code is <GRAA>.
The centering elements are referred to the antenna bottom and will 
be distributed within 2 days. Consequently the antenna height is set  
to zero.

Informations on the success of EPOCH '92 (part Graz) will be given
within the next week.

Kind regards

Peter Pesec
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From:     Bob E. Schutz
Subject:  gps solution
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      Earth  Orientation Results Submitted to IERS

EARTH ROTATION PARAMETERS
ANALYSIS CENTER:  UNIVERSITY OF TEXAS CENTER FOR SPACE RESEARCH
DATA:  GPS
SOLUTION IDENTIFIER:  EOP(CSR) 92 P 01
SUBMISSION DATE: 13 AUGUST 1992

Notes:  
  1.  RMS is in cm
  2.  The following satellites are included (by PRN): 2,3,11,12,13,14,15,16,17,18,19,20,21,23,24,25,26,28
  3.  AS was activated on Day 214, approximately 1:00 GPS time and remained on for the duration of the
      day.  Satellites with AS:  2,16,17,20,21,23,24,25,26,28.
  4.  The RINEX files for some Rogue receivers contain no AS-affected satellites, others exhibit noisier
      measurements.  The latter is the primary cause of the higher than normal RMS.
  5.  Primarily to support the EPOCH-92, "codeless" data from Hobart, Wellington and Townsville have been
      included to aid the orbit determination.
  6.  The sx and sy for day 48835.5 are scaled from the formal values.  Other values are formal sigmas.

   MJD         x        y    UT1        sx       sy     sUT1     RMS   cxy   cxUT1 cyUT1     Sta  Sat Passes

 48829.5 -0.10034  0.43834  0.000000  0.00018  0.00018  0.000000 2.01  0.041  0.000  0.000    20  18   391
 48830.5 -0.09814  0.44015  0.000000  0.00016  0.00016  0.000000 1.92 -0.066  0.000  0.000    20  18   429
 48831.5 -0.09628  0.44179  0.000000  0.00019  0.00019  0.000000 1.80 -0.058  0.000  0.000    20  18   379
 48832.5 -0.09433  0.44469  0.000000  0.00023  0.00026  0.000000 1.81  0.021  0.000  0.000    19  18   371
 48833.5 -0.09208  0.44614  0.000000  0.00016  0.00016  0.000000 1.85  0.063  0.000  0.000    20  18   422
 48834.5 -0.09030  0.44837  0.000000  0.00016  0.00016  0.000000 1.93  0.049  0.000  0.000    20  18   427
 48835.5 -0.08405  0.45069  0.000000  0.00175  0.00260  0.000000 7.30 -0.063  0.000  0.000    22  18   252