Subject: [IGSREPORT-10886] Wk 1248 IGS SINEX Combination
From: David Hutchison <[email-masked]>
To: [email-masked]
Cc: [email-masked]
Date: Wed, 24 Dec 2003 13:07:02 -0500 (EST)

******************************************************************************
IGS Electronic Report   24 Dec 10:07:05 PST 2003      Message Number 10886
******************************************************************************

Author:  R. Ferland , D. Hutchison
===================================================================
 Combined AC  solution for GPS week 1248 -  03/12/07 to 03/12/13
===================================================================
1) Contacts:
============
e-mail: [email-masked]
Tel:    (613)995-4002 (Remi Ferland)
Fax:    (613)995-3215
2) Products:
============
All products are available at cddisa.gsfc.nasa.gov
igs03P1248.snx  Combined weekly solution. 
igs03P1248.erp  Daily Earth Rotation Parameters.
igs00p02.erp    Daily Earth Rotation Parameters since GPS week 1013.
IGS03P50.snx    Cumulative Combined solution. 
igs03P1248.sum  This file.
igs03P1248.itr  Residuals between the AC and the IGS00 for the RF stations. 
igs03P1248.res  Residuals between the AC and the Combined Weekly solution.
IGS03P50.res    Residuals between the AC and the Cumulative Combined solution.
 
Where IGSyyPww & igsyyPwwww represent:
      yy      Last 2 digits of the year
      ww      week in year yy
      wwww    GPS week
      P       GPS technique used
 
3) Combination Strategy:
========================
       The AC solutions are processed using the following procedure:
3-1) The AC solutions are checked/corrected for possible format problems,
     station names inconsistencies, etc...
3-2) The AC solutions are unconstrained according to the information provided
     in the SOLUTION/APRIORI Block.
3-3) The AC solutions are aligned (using a 7-parameters) and compared to the
     IGS00 stations at the current epoch.
     ftp://igscb.jpl.nasa.gov/igscb/station/coord/IGS01P37_RS54.SNX.Z
3-4) The AC are compared to IGS00, to each other, to the previous week
     solution and to the cumulative solution in order to identify and remove
     outliers.
3-5) The weekly AC solutions are combined and added to the cumulative
     combined solution. The cumulative combination is done to ensures 14
     parameters singularity.
     The weekly combined solution is aligned to the IGS00 of the current
     epoch using a 7-parameters transformation. The singular cumulative
     combined solution is aligned to the IGS00 of the reference epoch
     using a 14-parameters transformation and the 54 ITRF station positions
     and velocities. The IGS00 is a realization of ITRF2000.
     For more details, see:
     Blewitt, G., C. Boucher and J. Kouba, 1997, Procedure for ITRF continuous
       realization, the report of the IGS GB, presented to the IGS Governing 
       Board Meeting held in San Francisco, Dec. 11.
     Kouba, J., J. Ray and M.M. Watkins, IGS Reference Frame Realization, 1998
       IGS Analysis Center Workshop Proceedings, European Space Operations
       Centre, Darmstadt, Germany.
The combination software was developed at NRCan.
4) Remarks:
===========
     ITR = IGS01P37_RS54.SNX
     igs = igs03P1248.snx
     IGS = IGS03P50.snx
     BuA = IERS Bulletin A
     gfz excluded from the geocenter estimation (Sec. 5-4).
     Solutions with manual station deletion:
         After unconstraining:
             esa  RIOG  SANT
             ngs  KOKB
     4-1) Starting with GPS week 1143, the solutions are aligned to the
     IGS01P37_RS54.SNX realization of ITRF2000.
     4-2) Starting with GPS week 1078, UT1-UTC from IERS Bulletin A
     is included in the erp files.
5) Results:
===========
5-1)      AC (Variance Factor)^0.5 estimates:
==================================================
           The residuals used in the estimation of the Variance Factor
           are the differences between the cumulative combined solution
           and each AC weekly solution.
           SF = (Variance Factor)^0.5 = (Chi^2/dof)^0.5
           Final(SF) = Apriori(SF) * Aposteriori(SF)
Solution       |# sta| #RF |    Apriori(SF)|Aposteriori(SF)|      Final(SF)|
---------------|-----|-----|---------------|---------------|---------------|
cod            | 162 |  37 |        29.059 |         0.998 |        28.988 |
emr            |  43 |  23 |         6.416 |         0.999 |         6.410 |
esa            |  61 |  39 |         7.244 |         0.996 |         7.217 |
gfz            | 174 |  42 |        10.686 |         0.998 |        10.661 |
jpl            | 123 |  31 |         5.232 |         0.998 |         5.219 |
ngs            |  77 |  43 |        24.439 |         0.998 |        24.393 |
sio            | 169 |  43 |         2.154 |         0.998 |         2.149 |
igs            | 230 |  44 |         1.335 |         0.970 |         1.295 |
---------------|-----|-----|---------------|---------------|---------------|
5-2)      Solution Residuals weighted Average & STD :
=====================================================
5-2-1)    With respect to the IGS00 stations:
=============================================
Solution       |  Weighted Average (mm)    |          STD (mm)         |
               |      N        E        U  |      N        E        U  |
---------------|---------------------------|---------------------------|
cod         37 |     0.5      0.4     -0.5 |     3.5      4.8     14.7 |
emr         23 |     1.1      0.1     -0.1 |     3.2      3.1      9.9 |
esa         39 |    -1.3      0.3      0.5 |     3.4      4.4     11.9 |
gfz         42 |     1.1      0.4     -0.2 |     4.0      4.7     10.1 |
jpl         31 |     0.1     -0.1     -0.2 |     3.8      3.7     11.3 |
ngs         43 |    -2.2      0.5     -0.3 |     6.1      7.0     13.4 |
sio         43 |    -0.3      0.3      0.4 |     4.3      5.4      8.7 |
---------------|---------------------------|---------------------------|
5-2-2)    With respect to the Weekly Combination:
=================================================
Solution       |  Weighted Average (mm)    |          STD (mm)         |
               |      N        E        U  |      N        E        U  |
---------------|---------------------------|---------------------------|
cod        160 |     0.1      0.7      0.8 |     1.5      2.4      8.5 |
emr         41 |     0.5      0.5     -2.8 |     1.9      2.1      7.4 |
esa         60 |    -2.1      0.8     -1.8 |     1.9      2.7     10.1 |
gfz        168 |     0.3      0.1     -1.2 |     1.3      1.2      4.6 |
jpl        120 |    -0.7     -0.5      0.2 |     1.6      1.3      7.2 |
ngs         75 |    -2.9      0.3     -0.2 |     4.0      5.1      9.6 |
sio        157 |    -0.6     -0.2      0.1 |     1.6      2.4      4.5 |
ITR         43 |    -0.3     -0.5      0.3 |     3.7      4.0      9.8 |
---------------|---------------------------|---------------------------|
5-2-3)    With respect to the Cumulative Combination:
=====================================================
Solution       |  Weighted Average (mm)    |          STD (mm)         |
               |      N        E        U  |      N        E        U  |
---------------|---------------------------|---------------------------|
cod        131 |     0.4      0.4      1.0 |     2.8      2.7     12.7 |
emr         41 |     0.9     -0.0     -2.7 |     2.9      2.5      9.8 |
esa         60 |    -1.8      0.4     -0.5 |     2.4      3.6     11.9 |
gfz        157 |     0.4     -0.1     -0.9 |     3.1      2.7      8.0 |
jpl        106 |    -0.2     -0.6      1.0 |     2.9      2.7      9.2 |
ngs         76 |    -2.5     -0.2     -0.1 |     4.6      6.2     11.8 |
sio        144 |    -0.4     -0.3     -0.2 |     3.1      3.8      7.6 |
igs        178 |    -0.0     -0.2      0.0 |     2.0      2.2      6.6 |
ITR         54 |    -0.7     -0.7      0.2 |     2.9      2.5      4.8 |
---------------|---------------------------|---------------------------|
5-3)      7-Parameters Transformation: AC ----> IGS01P37_RS54.snx
=================================================================
5-3-1)    Estimates : 
=====================
Solution       |    R X      R Y      R Z      T X      T Y      T Z      SCL  |
               |   (mas)    (mas)    (mas)     (mm)     (mm)     (mm)    (ppb) |
---------------|---------------------------------------------------------------|
cod            |   0.008    0.001   -0.015      9.1     14.7    -28.6     0.94 |
emr            |   0.046    0.012   -0.004      0.0     16.6    -21.6     3.42 |
esa            |   0.006   -0.067   -0.028      1.9     13.0    -11.8     1.70 |
gfz            |   0.062   -0.036    0.039     -1.7      2.1     -3.3     1.19 |
jpl            |   0.037    0.006    0.067      0.9      6.7     -9.2     0.42 |
ngs            |   0.123   -0.058   -0.100     -4.4     13.1    -14.1     1.36 |
sio            |   0.041   -0.081    0.062      6.7      1.3     36.6     1.76 |
---------------|---------------------------------------------------------------|
5-3-2)    STD : 
===============
Solution       |    R X      R Y      R Z      T X      T Y      T Z      SCL  |
               |   (mas)    (mas)    (mas)     (mm)     (mm)     (mm)    (ppb) |
---------------|---------------------------------------------------------------|
cod            |   0.065    0.066    0.072      1.7      1.7      1.7     0.26 |
emr            |   0.083    0.080    0.103      2.2      2.1      2.1     0.33 |
esa            |   0.064    0.065    0.074      1.7      1.7      1.7     0.26 |
gfz            |   0.060    0.061    0.069      1.6      1.6      1.6     0.25 |
jpl            |   0.070    0.070    0.080      1.8      1.8      1.8     0.28 |
ngs            |   0.060    0.061    0.069      1.6      1.6      1.6     0.24 |
sio            |   0.060    0.061    0.068      1.6      1.6      1.6     0.24 |
---------------|---------------------------------------------------------------|
5-4)      Geocenter:
====================
               |      X        Y        Z  |    s X      s Y      s Z  |
               |    (mm)     (mm)     (mm) |    (mm)     (mm)     (mm) |
---------------|---------------------------|---------------------------|
igs            |     1.5      9.2     -8.9 |     1.8      2.0      4.2 |
---------------|---------------------------|---------------------------|
5-5)      ERP Residuals Weighted Average & STD :
================================================
5-5-1)    Weighted Average :
============================
Solution       |      UT       LOD       XPO      XPOR       YPO      YPOR  |
               |      us        us    .01mas    .01ma/d   .01mas    .01ma/d |
---------------|------------------------------------------------------------|
cod            |     ---        3.8       1.7       ---      -3.5       --- |
emr            |     ---       10.2      -2.1      17.6      -7.8     -15.2 |
esa            |     ---        2.9      -2.4       ---       4.7       --- |
gfz            |     ---        0.6       3.4      -7.8       2.7       5.4 |
jpl            |     ---       13.0      -1.6      10.1       0.5       0.1 |
ngs            |     ---      -40.5      12.4       ---      -1.2       --- |
sio            |     ---       -6.8       3.4       3.8       2.4       3.4 |
ITR            |     ---        ---       ---       ---       ---       --- |
BuA            |     ---       -8.4      -6.1       5.7      26.1      -0.5 |
---------------|------------------------------------------------------------|
5-5-2)    STD :
===============
Solution       |      UT       LOD       XPO      XPOR       YPO      YPOR  |
               |      us        us    .01mas    .01ma/d   .01mas    .01ma/d |
---------------|------------------------------------------------------------|
cod            |     ---        7.0       0.3       ---       1.1       --- |
emr            |     ---        6.0       1.6      13.2       2.7      12.3 |
esa            |     ---       13.9       2.1       ---       3.9       --- |
gfz            |     ---       11.2       1.9       7.9       2.1       7.0 |
jpl            |     ---       18.5       1.4      11.5       2.7       5.9 |
ngs            |     ---       57.5       5.2       ---       8.2       --- |
sio            |     ---       11.6       3.4       4.8       3.7       7.0 |
ITR            |     ---        ---       ---       ---       ---       --- |
BuA            |     ---       25.2       6.3       8.4       4.4       7.9 |
---------------|------------------------------------------------------------|
5-6)      Outliers:
===================
Thresholds set at 5 sigmas and 50 mm.
 Solution             Solution           |  Station   |    N       E       U  |
              Minus                      |code id soln|   (mm)    (mm)    (mm)|
-----------------------------------------|------------|-----------------------|
                                         |            |                       |
IGS01P37_RS54.snx    esa12487.snx        |CHAT  A ----|   -3.7    -3.3   -62.2|
                                         |            |                       |
IGS01P37_RS54.snx    gfz12487.snx        |YAR1  A ----|   -3.1     6.8   -39.4|
                                         |            |                       |
IGS01P37_RS54.snx    sio12487.snx        |MCM4  A ----|    1.7     3.6    36.3|
                                         |            |                       |
cod12487.snx         jpl12487.snx        |DWH1  A ----|   -0.5    -0.6   -58.5|
                                         |            |                       |
IGS03P49.snx         esa12487.snx        |GOL2  A ----|   13.7    57.4    -8.7|
                                         |            |                       |
IGS03P49.snx         igs03P1248.snx      |ALGO  A ----|    7.3    -6.7     6.8|
IGS03P49.snx         igs03P1248.snx      |MAG0  A ----|   10.6     5.1    -0.8|
IGS03P49.snx         igs03P1248.snx      |YSSK  A ----|   11.3    -4.2     9.4|
-----------------------------------------|------------|-----------------------|
5-7)              Conflicts:
=========================== 
5-7-1) Station Name Conflicts:
============================= 
IERS DOMES NO    cod    emr    esa    gfz    jpl    ngs    sio    IGS    igs
============= ====== ====== ====== ====== ====== ====== ====== ====== ======
    50134M001 DARR A               DARW A DARW A DARW A DARW A DARW A DARW A
    66010M001 DAV1 A DAV1 A DAV1 A DAV1 A DAV1 A DAV1 A DAV1 A DAV1 A DAV1 A
              DAVR A                                                  DAVR A
    40405S031 GOLD A        GOL2 A GOLD A        GOL2 A GOL2 A GOLD A GOLD A
                            GOLD A                                          
    22306M002 IISC A IISC A IISC B IISC A IISC A IISC B IISC A IISC A IISC A
    43005M001 KELY A               KELY A KELY A KELY A KELY A KELY A KELY B
    10422M001 KIR0 A                                                  KR0G A
    30314M002 SUTH A        SUTH B SUTH A        SUTH A SUTH A SUTH A SUTH A
    43001M002 THU2 A               THU3 A THU3 A THU3 A THU2 A THU3 A THU3 A
    50103M108 TIDB A        TID2 A TIDB A TIDB A TID2 A TID2 A TIDB A TIDB A
                            TIDB A TID2 A               TIDB A              
    50107M004 YAR2 A               YAR2 A YAR2 A YAR2 A YAR2 A YAR1 A YAR1 A
                                                               YAR2 A       
    13407S012                      MADR A MAD2 A        MAD2 A MADR A MADR A
                                                        MADR A              
    49928S001                      EPRT A               EPRT A EPRT A EPRT A
 
MISSING IERS DOMES NOS AT gfz:
-----------------------------
  BISH A  PMON A  PALM A
 
MISSING IERS DOMES NOS AT sio:
-----------------------------
  PUR2 A  CONZ A  OUSD A  CNCL A  KARA A  MERS A  CAVA A  SFEL A  VOLT A  BRAS A
 
MISSING IERS DOMES NOS AT IGS:
-----------------------------
  TALA A
5-7-2) Station Antenna Conflicts:
================================ 
 _______________________ 
|Enforcing these aliases|
|_______________________|
   GOLD A: GOL2 A  
   IISC A: IISC B  
   SUTH A: SUTH B  
   MADR A: MAD2 A  
ABBREVIATIONS:
-------------
    L1: L1 Offset
    L2: L2 Offset
   ECC: Eccentricity
    -N: NORTH (Latitude) 
    -E: EAST  (Longitude)
    -U: UP    (Vertical) 
Compare to file IGS.SNX (IGS).                
Antenna Conflicts in file cod12487.snx (cod).           
------- --------- -- ---- 
    STN       L1-U   L1-N   L1-E   L2-U   L2-N   L2-E  ECC-U  ECC-N  ECC-E
AGY CODE PT   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)
=== ==== ==   ====   ====   ====   ====   ====   ====   ====   ====   ====
cod OHI2  A  .1100  .0000  .0000  .1280  .0000  .0000  .0008  .0000  .0000
IGS OHI2  A  .1100  .0000  .0000  .1280  .0000  .0000 -.0080  .0000  .0000
Antenna Conflicts in file esa12487.snx (esa).           
------- --------- -- ---- 
    STN       L1-U   L1-N   L1-E   L2-U   L2-N   L2-E  ECC-U  ECC-N  ECC-E
AGY CODE PT   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)
=== ==== ==   ====   ====   ====   ====   ====   ====   ====   ====   ====
esa KIRU  A  .1081  .0003 -.0002  .1256  .0009  .0005  .0620  .0000  .0000
IGS KIRU  A  .1100  .0000  .0000  .1280  .0000  .0000  .0620  .0000  .0000
esa NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0000  .0000
IGS NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0040 -.0010
Antenna Conflicts in file gfz12487.snx (gfz).           
------- --------- -- ---- 
    STN       L1-U   L1-N   L1-E   L2-U   L2-N   L2-E  ECC-U  ECC-N  ECC-E
AGY CODE PT   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)
=== ==== ==   ====   ====   ====   ====   ====   ====   ====   ====   ====
gfz BAY2  A  .0920 -.0007  .0004  .0601 -.0001 -.0008  .0000  .0000  .0000
IGS BAY2  A  .0877 -.0012 -.0008  .0598  .0009 -.0016  .0000  .0000  .0000
gfz NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0000  .0000
IGS NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0040 -.0010
gfz OBET  A  .2725  .0017  .0036  .2916  .0008  .0042 3.2470  .0000  .0000
IGS OBET  A  .2725  .0017  .0036  .2916  .0008  .0042 3.2470-5.264013.7960
Antenna Conflicts in file jpl12487.snx (jpl).           
------- --------- -- ---- 
    STN       L1-U   L1-N   L1-E   L2-U   L2-N   L2-E  ECC-U  ECC-N  ECC-E
AGY CODE PT   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)
=== ==== ==   ====   ====   ====   ====   ====   ====   ====   ====   ====
jpl ALBH  A  .1100  .0000  .0000  .1280  .0000  .0000  .0970  .0000  .0000
IGS ALBH  A  .1100  .0000  .0000  .1280  .0000  .0000  .1000  .0000  .0000
jpl ALGO  A  .1100  .0000  .0000  .1280  .0000  .0000  .0820  .0000  .0000
IGS ALGO  A  .1100  .0000  .0000  .1280  .0000  .0000  .1000  .0000  .0000
jpl ASPA  A  .0729 -.0004 -.0010  .0750 -.0004 -.0013 -.0072  .0000  .0000
IGS ASPA  A  .0729 -.0004 -.0010  .0750 -.0004 -.0013  .0000  .0000  .0000
jpl BRST  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS BRST  A  .1100  .0000  .0000  .1280  .0000  .0000 1.0543  .0000  .0000
jpl CAGZ  A  .1131  .0011  .0002  .1186  .0010  .0013  .0000  .0000  .0000
IGS CAGZ  A  .1131  .0011  .0002  .1186  .0010  .0013  .0945  .0000  .0000
jpl CHAT  A  .1100  .0000  .0000  .1280  .0000  .0000  .0031  .0000  .0000
IGS CHAT  A  .1100  .0000  .0000  .1280  .0000  .0000  .0062  .0000  .0000
jpl CHUR  A  .1100  .0000  .0000  .1280  .0000  .0000  .0800  .0000  .0000
IGS CHUR  A  .1100  .0000  .0000  .1280  .0000  .0000  .1000  .0000  .0000
jpl CONZ  A  .1131  .0011  .0002  .1186  .0010  .0013  .0000  .0000  .0000
IGS CONZ  A  .1131  .0011  .0002  .1186  .0010  .0013 -.0125  .0000  .0000
jpl CRO1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0614  .0000  .0000
IGS CRO1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0814  .0000  .0000
jpl DARW  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS DARW  A  .1100  .0000  .0000  .1280  .0000  .0000  .0025  .0000  .0000
jpl FAIR  A  .1100  .0000  .0000  .1280  .0000  .0000  .0840  .0000  .0000
IGS FAIR  A  .1100  .0000  .0000  .1280  .0000  .0000  .0863  .0000  .0000
jpl GLPS  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS GLPS  A  .1100  .0000  .0000  .1280  .0000  .0000  .0083  .0000  .0000
jpl GUAO  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS GUAO  A  .1100  .0000  .0000  .1280  .0000  .0000  .0800  .0000  .0000
jpl IISC  A  .1100  .0000  .0000  .1280  .0000  .0000 1.3138  .0000  .0000
IGS IISC  A  .1100  .0000  .0000  .1280  .0000  .0000  .0780  .0000  .0000
jpl KOUR  A  .1100  .0000  .0000  .1280  .0000  .0000  .1000  .0000  .0000
IGS KOUR  A  .1100  .0000  .0000  .1280  .0000  .0000  .0450  .0000  .0000
jpl LAE1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0500  .0000  .0000
IGS LAE1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0110  .0000  .0000
jpl LHAZ  A  .1080 -.0002  .0001  .1267 -.0003  .0002  .0031  .0000  .0000
IGS LHAZ  A  .1080 -.0002  .0001  .1267 -.0003  .0002  .1350  .0000  .0000
jpl MAC1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0675  .0000  .0000
IGS MAC1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0280  .0000  .0000
jpl MDVJ  A  .1131  .0011  .0002  .1186  .0010  .0013  .0000  .0000  .0000
IGS MDVJ  A  .1131  .0011  .0002  .1186  .0010  .0013  .1660  .0000  .0000
jpl NKLG  A  .1100  .0000  .0000  .1280  .0000  .0000 3.1000  .0000  .0000
IGS NKLG  A  .1100  .0000  .0000  .1280  .0000  .0000 3.1090  .0000  .0000
jpl NOUM  A  .0714  .0003  .0005  .0682 -.0004  .0001  .0059  .0000  .0000
IGS NOUM  A  .0714  .0003  .0005  .0682 -.0004  .0001  .0000  .0000  .0000
jpl NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0000  .0000
IGS NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0040 -.0010
jpl OHI2  A  .1100  .0000  .0000  .1280  .0000  .0000  .0008  .0000  .0000
IGS OHI2  A  .1100  .0000  .0000  .1280  .0000  .0000 -.0080  .0000  .0000
jpl OHI3  A  .1080 -.0002  .0001  .1267 -.0003  .0002 -.0151  .0000  .0000
IGS OHI3  A  .1080 -.0002  .0001  .1267 -.0003  .0002  .0050  .0000  .0000
jpl REYK  A  .1100  .0000  .0000  .1280  .0000  .0000  .0680  .0000  .0000
IGS REYK  A  .1100  .0000  .0000  .1280  .0000  .0000  .0555  .0000  .0000
jpl SFER  A  .1100  .0000  .0000  .1280  .0000  .0000 1.6063  .0000  .0000
IGS SFER  A  .1100  .0000  .0000  .1280  .0000  .0000 1.6260  .0000  .0000
jpl SIMO  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS SIMO  A  .1100  .0000  .0000  .1280  .0000  .0000  .0520  .0000  .0000
jpl STJO  A  .1100  .0000  .0000  .1280  .0000  .0000  .1300  .0000  .0000
IGS STJO  A  .1100  .0000  .0000  .1280  .0000  .0000  .1000  .0000  .0000
jpl THU3  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS THU3  A  .1100  .0000  .0000  .1280  .0000  .0000  .1002  .0000  .0000
jpl TIDB  A  .1100  .0000  .0000  .1280  .0000  .0000 -.0320  .0000  .0000
IGS TIDB  A  .1100  .0000  .0000  .1280  .0000  .0000  .0614  .0000  .0000
jpl TNML  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS TNML  A  .1100  .0000  .0000  .1280  .0000  .0000 1.5770  .0000  .0000
jpl VNDP  A  .1100  .0000  .0000  .1280  .0000  .0000 1.8238  .0000  .0000
IGS VNDP  A  .1100  .0000  .0000  .1280  .0000  .0000 1.7480  .0000  .0000
jpl WUHN  A  .1100  .0000  .0000  .1280  .0000  .0000 2.3200  .0000  .0000
IGS WUHN  A  .1100  .0000  .0000  .1280  .0000  .0000 2.3610 -.0094 -.0022
jpl YAR1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0410  .0000  .0000
IGS YAR1  A  .1100  .0000  .0000  .1280  .0000  .0000  .0814  .0000  .0000
jpl YEBE  A  .1100  .0000  .0000  .1280  .0000  .0000 -.0092  .0000  .0000
IGS YEBE  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
jpl ZAMB  A  .1100  .0000  .0000  .1280  .0000  .0000  .0000  .0000  .0000
IGS ZAMB  A  .1100  .0000  .0000  .1280  .0000  .0000  .0540  .0000  .0000
Antenna Conflicts in file ngs12487.snx (ngs).           
------- --------- -- ---- 
    STN       L1-U   L1-N   L1-E   L2-U   L2-N   L2-E  ECC-U  ECC-N  ECC-E
AGY CODE PT   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)
=== ==== ==   ====   ====   ====   ====   ====   ====   ====   ====   ====
ngs BAKO  A  .0757  .0000  .0000  .0745  .0000  .0000 1.6160  .0000  .0000
IGS BAKO  A  .0780  .0000 -.0030  .0744 -.0031 -.0013 1.6160  .0000  .0000
Antenna Conflicts in file sio12487.snx (sio).           
------- --------- -- ---- 
    STN       L1-U   L1-N   L1-E   L2-U   L2-N   L2-E  ECC-U  ECC-N  ECC-E
AGY CODE PT   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)   (M.)
=== ==== ==   ====   ====   ====   ====   ====   ====   ====   ====   ====
sio CONZ  A  .0739  .0006 -.0014  .0767  .0010 -.0011  .0790  .0000  .0000
IGS CONZ  A  .1131  .0011  .0002  .1186  .0010  .0013 -.0125  .0000  .0000
sio NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0000  .0000
IGS NYAL  A  .0780  .0000  .0000  .0960  .0000  .0000 5.2160  .0040 -.0010
sio WUHN  A  .1100  .0000  .0000  .1280  .0000  .0000 2.3610  .0000  .0000
IGS WUHN  A  .1100  .0000  .0000  .1280  .0000  .0000 2.3610 -.0094 -.0022
The following file has no antenna conflicts: emr12487.snx (emr).           
-- 
David Hutchison
Geodetic Survey of Canada
Ottawa, Ontario, Canada
Internet: [email-masked]