GNSS Meteorology and Climate @ ROB

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_108 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Additional PSD-correction model for ITRF2020.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_109 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: I20.ATX comes along with corrections up to 0.01 mm resolution whereas the satellite information file only contains numbers up to 0.1 mm (In I14.ATX the values were rounded). The consistency check in ATX2PCV needs to be adapted.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_110 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If the session ID in an AZI-file is blank, the antenna rotation is applied for any session.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_111 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: This improvement enables the DESAI2016 subdaily Pole model necessary for ITRF20/IGS20 for Version 5.2.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_112 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: ATX2PCV: The "Special Missing Value Handling" request may not be handled correctly for the first receiver antenna if no input PCV file is provided.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_107 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Possible loss of sign of clock corrections when reading version 3 Clock-Rinex files.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_106 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: When processing data from STONEX receivers, an error during ambiguity resolution may occur, indicating that the receiver could not be assigned to a receiver group (SR ARSTR3).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_105 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Rinex v3.04 for Clock Rinex files support in the Bernese GNSS Software V5.2. This improvement allows the processing of the forthcoming CODE repro-3 products.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_103 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Adjusted detection of bad baselines/stations.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_104 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Bugfix regarding coordinate constraining using Section 4 in the station information file. The constraint was only applied if a constraint value was given for all three components.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_102 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Smoothed Rinex V3 headers contain twice the receiver type instead of receiver number and receiver type. This occurs in case of alphanumeric receiver numbers.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_102 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Smoothed Rinex V3 headers contain twice the receiver type instead of receiver number and receiver type. This occurs in case of alphanumeric receiver numbers.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_101 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Program RNXSMT: dimension of the number of epochs is not checked (program may crash if value in panel RNXSMT 2.1, maximum number of records in a RINEX file, is too small).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_100 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Use a new IGRF13-release to compute the HOI corrections.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_099 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Accept GPS Block IIIA observation data for ambiguity resolution (when using the SIGMA and QIF strategy, respectively).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_096 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Support of time windows for receiver antenna calibrations in the ANTEX format and only individual antenna calibrations which are stated in the station information file will be included in the bernese phase center variation file. Support of VALID FROM/UNTIL entry in the ANTEX format for receiver antenna calibrations. In order to use time windows for receiver antenna calibrations they have to be consistent with the station information file. The time windows in the ANTEX entries and those in the station information file have to correspond to each other. Please note that you need to assign different internal bernese numbers for the two different calibrations.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_097 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Bugfix concerning starting epoch after midnight in CCRNXC.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_098 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Correct writing of a precise file if more than 100 satellites are contained.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_092 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The action of GPSEST in case of missing satellite/receiver clocks in the apriori clk file is not in all cases correctly reported in the output file - this is only a comment problem.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_093 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Added support for RINEX v3.03

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_094 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Support of 0.5 degree zenit intervals in ANTEX file.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_095 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Bugfix regarding observable selection in RNXSMT when using an observation selection priority file for GLONASS.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_091 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: RUNBPE.pm signals use of deprecated feature in regex.(see *.LOG files in the campaign s BPE directory). This will lead to an error if newest perl version is used (perl 5.26).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_090 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If Rinex navigation ephemeris (broadcast, BRD) data from GPSweek 2000 or newer is used, BRDTST and RNXPRE issue an error and execution is stopped.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_089 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If not all stations are selected in the program NUVELO wrong coordinates are used for obtaining the station velocities from the plate velocity model.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_086 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The DCB settings are checked and adjusted if Galileo observations are processed.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_087 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Only satellites with entries in the satellite information file are considered from the TAB/PRE files.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_088 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Observations were skipped, if a Rinex epoch contained data of more than 40 satellites (Warning message from SR R2RDOR).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug RELEASE_2017-08-28 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The complete update release 2017-08-28 provided by the BSW team was implemented.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_084 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Check the datum string for the coordinate/velocity files when importing SINEX files.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_085 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If GPS+GLONASS+Galileo are processed together and in panel "GPSEST 3.2.1.1 Extended Program Output Options" the "Satellite elevations" is selected the program will crash.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_083 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Program CODSPP may fail while writing the satellite-specific statistics into the program output file. This only happens when a satellite system is "left out" (e.g., processing of GPS+Galileo, with GLONASS satellites in between left out or missing).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_082 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Segmentation fault caused in program CPFSP3 on Debian linux 64-bit (4.9.2-10) compiled with gfortran (gcc 4.9.2). We thank Dr. Luciano Mendoza from the National University of La Plata, Argentina, for reporting this bug and suggesting a correction.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_081 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If "97" is used in "SATELLITE-SPECIFIC PARAMETER SETUP" of "GPSEST 6.3.2: Satellite Orbit Determination 2", the shadow entry/exit times may occasionally be incorrect, leading to setting the stochastic pulses at wrong epochs. STDELE may incorrectly put the "E" flags indicating eclipsing satellites in its output.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_080 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The listing of satellites in the program STDDIF is limited to 60, which is extended now.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_079 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Satellite PCO/PCV could get lost when converting ANTEX-files to Bernese PCV format.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_078 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: In the resulting coordinate file the datum string from the first input file is expected.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_077 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Allow for SP3d input files; check the format limitations regarding SP3c when writing precise orbit files.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_076 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The latest C04 pole files from IERS refer to ITRF2014 reference frame what is indicated in the header accordingly. The format detection in the Bernese GNSS Software has to be adapted to accept this new header string.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_075 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If more than two frequencies are given for GPS in the phase eccenter file (e.g., from Chamber calibrations), no PCVs are applied for the second frequency (at least is some cases). If this happen you will see a significant influence on the station coordinates.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_074 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The header record "GLONASS COD/PHA/BIA#" in RINEX3 observation files is not correctly identified.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_073 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The warning message regarding the consistency of the datum string in the two coordinate files may be misleading when PSD corrections are applied.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug RELEASE_2016-12-16 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The complete update release 2016-12-16 provided by the BSW team was implemented.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_072 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: When extracting Bernese from IERS pol information the first epoch might be reported twice in the resulting ERP file. If the pole information is not continuous between consecutive days this may cause a degradation of the orbit fit.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_071 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Bugfix concerning RINEX 3 entries of in Bernese 5.2 not supportet GNSS systems.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_069 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Decrease default sigma for the no-scale-change condition in the minimum constrained solution (YES for scale in panel ADDNEQ2 5 Datum definitzion for station coordinates/velocities).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_070 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The minimum or maximum residual in the program output may be zero instead of the correct value in some cases.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_068 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Allow for more than 1000 stations.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_067 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Wrong ERP transformation when comparing orbits in the Earth fixed frame (Option "Use pole file accompanying the standard orbit" activated).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_066 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: RNXSMT stops with an error if the RINEX3 file contains an event 4 section.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_065 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Ionosphere result files contain only the improvement with respect to an a priori ionosphere model.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_064 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Satellite antenna offsets are not updated in ADDNEQ2 if they are setup per satellite.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_063 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: RINEX 3 file support.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_062 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Stations within one degree south of the Equator get a wrong sign in the SITE/ID block of the SINEX file.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_061 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: With this change in MAUPRP a baseline/station in indicated for removal by MPRXTR if the screening procedure did flag all observations as "bad".

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_060 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: ATX2PCV complains about incomplete record in the ATX file if entries for "unknown" GNSS are contained (e.g., the latest ATX-files directly published by the IGS contain IRNSS related records).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_059 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: A memory leak during RINEX3 read was caused by a pointer de-allocation issue (updated files: D_RINEX3.f90, RDR3OH.f90, RDR3OR.f90).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_057 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If the first epoch from the RINEX header is incosistent with the first epoch in the data part the option "normalize limits for non-daily session processing" may not be work as expected.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_058 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: In some very specific cases (when a sequence of subsequent cycle slip corrections is detected and indicated) an ambiguity may get lost.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_056 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The residual computation in ORBGEN was performed incorrectly. This caused the residuals to become acceptably small only after a larger number of iterations, even though the orbits converged much faster.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_055 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: In some cases (likely compiler dependent) ORBGEN complains about a missing entry in the satellite information file for the last epoch of an arc if the validity interval for this particular satellite closes at this epoch.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_054 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If the option "Epoch parameters only from phase" in panel "GPSEST 6.7: General Options for Epoch Parameters" is enabled but only code data are selected for processing, no solution is provided. With this patch this option is ignored in that case.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_053 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: There may appear fractionals of microseconds in the epochs of SP3 files that result from the number of available digits in Fortran real numbers.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_052 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The selection of grid cells may accept the neighboring cell if two stations are closer than half of the cell width in north south direction. A description to the corresponding correction is available at BSW mail 339 on our BSWmail page.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_050 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Use a new IGRF-release to compute the HOI corrections.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_051 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The date of calibration is taken from the ANTEX into the Bernese PCV file to allow an update procedure with the most recent calibration. With this improvement, the routine for reading ANTEX files stops if no date is given. At the same time, the specification of the calibration method is checked.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug RELEASE_2015-02-05 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The complete update release 2015-02-05 provided by the BSW team was implemented.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_049 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: New Empirical CODE Orbit Model (ECOM) has been implemented and used by CODE for official IGS products since January 2015. Affected program: ORBGEN.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_048 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Init new antenna number consistently with ATX2PCV.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_047 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Add calibration method "FIXED".

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_046 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Increase several arrays.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_045 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Consequently allow for four digits to identify a normal equation input file in ADDNEQ2.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_044 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Strong relative constraints specified in the station information file (TYPE 004) are reported as zero in the ADDNEQ2 program output.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

Dr. Carine Bruyninx, responsible for the GNSS (Global Navigation Satellite System) research group of the Royal Observatory of Belgium, has received on Dec. 16, 2014 in San Francisco, the Ivan I. Mueller Award of the Geodesy Section of the American Geophysical Union (AGU).

This high-level recognition has been awarded to Carine Bruyninx for her leadership in space geodesy and devotion to the scientific GNSS community and its related services, in particular for her role as Network Coordinator of the EUREF (European Reference Frame) Permanent GNSS Network (EPN) since 1996 and as head of the EPN Central Bureau now.

The EPN is the backbone of the European Terrestrial Reference Frame used for georeferencing in Europe.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_043 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Deactivate the GNSS satellite clock field if baseline observation files are processed.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_040 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Dimension of all RINEX2 file types are handled in one place.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_041 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The criteria to select RINEX observation files in RNXGRA may now be autmatically adjusted according to the length of the data to be processed. The same input values may now be used for daily and hourly processing schemes because they may now automatically be adjusted.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_042 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If an ORBGEN is asking for an entry in the radiation pressure section of the satellite information file that is not available (what should of course not happen) some illegal memory access happen (with unpredictable consequences).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_039 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The verification of available GNSS in the zero-difference observation files in the program SNGDIF only depends on the availability of the last satellite per system.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_035 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: GPSEST failure indicated by SR QITPOL: ARGUMENT OUT OF RANGE.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_036 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Apply paramter renaming in ADDNEQ2 consistently to the parameter removal for piece-wise linear parameter (consider left and right boundary).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_037 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If satellites are excluded from the processing in CODSPP due to missing orbits or satellite clock or due to an entry in the satellite problem file, they are not counted as "bad satellites" anymore in the statistics provided by the program output (and analysed by CODXTR).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_038 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Check consistency regarding zero- and double-difference processing in RESCHK with respect to the introduced residual summary table.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_033 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Wrong format in the warning message if huge numbers are reported for the "big O-C values" by MAUPRP.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_034 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: If the formal errors for a specific satellite are too small, the resported accuracy code is set to zero (what means suspicious satellite).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_030 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: "Coordinate summary" provided by GPSXTR is incorrect with respect to "DHT" results.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_031 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Biased degree of freedom for GPSEST computations with stochastic ionosphere parameters without elimination of reference ionosphere parameters (commonly for QIF ambiguity resolution). The direct consequence is a biased a posteriori rms of unit weight (and proportionately biased rms information for all involved parameters).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_032 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: RINEX3.02 header label "GLONASS COD/PHS/BIS " unknown.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

A new set of Ocean Tide Loading (OTL) coefficients from the FES2004 model has been computed for all stations based on the lastest cumulative coordinate set. It is operationally used for all computation starting from 14 August 20014 at 07:36 UTC.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5671 to revision R5908. This includes numerous source code modifications.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5656 to revision R5671. This includes a small bugfix with respect to the GLONASS code bias generation, small cleanups in SVN metadata, update due to RTCM-SSR fixes and change lockloss handling. The IGS08.atx file was updated as well.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5655 to revision R5656. This includes a bug fix with respect to teh kalman filtering algorithm and the update of teh IGS08.atx file.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5597 to revision R5655.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5387 to revision R5596.

The 4 new U.K. stations (EASN, LICF, NEWR, MACY) from OSBIGF have been added to the real-time data acquisition and to the QRTNET processing system.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5333 to revision R5387.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_028 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Resolved ambiguities are not correctly displayed in the pseudo graphics.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_029 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: There were missing line-break characters in the source code of ROCKMD.f.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_027 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Coordinates from a clock RINEX file cannot be read if a coordinate component is below 1 meter.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_026 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Users with ifort version 12.0 could not compile the program ATX2PCV.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5330 to revision R5333.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_019 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Several improvements and bug-fixes for advanced usage of ATX2PCV. (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_020 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Wrong clock RINEX result file for station clock corrections if parameters have not been pre-eliminated epoch-wise (default setting) in GPSEST. (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_021 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Diverse improvements and corrections when estimating receiver and satellite clock corrections in ADDNEQ2. (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_022 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Diverse improvements and corrections when estimating receiver and satellite clock corrections in ADDNEQ2. (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_023 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Keep the cluster files from the final GPSEST-run in the campaign after processing a session/day. (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_024 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Cosmetics for some input panels. (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_025 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Occasional GPSEST may crash if satellites are not in the orbit but in the observation files (with all measurements marked). (Through online update & configure.pl)

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The new RGP stations CT3L and CT3K have been added to the RINEX dataflow and to the APRINET/REPRONET/NRTTST processing. Older RINEX daily files have re-downloaded.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5320 to revision R5330.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_017 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The example BPE RNX2SNX stops in some cases by preparing to resolve ambiguities directly in L1 and L2 with short baselines by the message "Empty list of parallel scripts".

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_018 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Improper behavior of ADDNEQ2 when a WGT file is used as input. The problem occurs when trying to transform apriori coordinates from NEQ file using Helmert parameters from a WGT file and the scale parameter is not being used for the transformation (flag "0").

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R5309 to revision R5320.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R4649 to revision R5309.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_015 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The program SNGDIF crashed if a specified cluster definition file does not exist.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_016 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: In the example BPE RNX2SNX, the program RESCHK, called by the user script RES_SUM (PID 331) has the following wrong input option: On panel 2 the option "Difference level of residuals in summary" should be set to SINGLE instead of ZERO.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_014 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The RINEX files have not been closed immediately after reading.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_013 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: STDDEV values are not provided in troposphere-SINEX (TRO) in case of unavailable (or deleted) troposphere gradient parameters (when using ADDNEQ2).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_011 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The CHKMAX message may display the wrong module where a parameter is defined.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_012 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: STDDEV values are not provided in troposphere-SINEX (TRO) in case of unavailable (or deleted) troposphere gradient parameters (when using ADDNEQ2).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_009 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: SATMRK may crash by using single frequency files.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_010 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The constraining of pre-eliminated station coordinate parameters was not correct.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

2 New RGP Stations (CTX1 and CT1B) have been added to the E-GVAP Post-Processing procedures APRINET and REPRONET, and to the hourly test processing procedure NRTTST.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_003 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: The flag M for satellites eclipsing by the Moon in the OBGEN summary file for IGS-ACC was not printed correctly.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_004 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Changing the BPE Variable STAINF in the PPP PCFs and the variable CRXINF in the PPP, CLKDET and RNX2SNX PCFs did not have an influence on the ???_COP scripts.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_005 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Revised (misleading) warning/error message concerning different geodetic dates.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_006 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: RNXSMT for GLONASS frequency channel estimation: If there are only less observations available for a satellite than needed to obtain a valid satellite arc for data screening a wrong "estimated" frequency number is reported. With this correction it is indicated with "--" sign that the program was not able to estimate the frequency channel.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_007 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Since 25th February the satellite problem file contains negative GLONASS satellite number for a repositioning event (GLONASS-K1 as R26). This requires a new format for updating the satellite problem file using the program RESCHK.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_008 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Disregarding the serial numbers of the receiver or antenna from the input SINEX file using SNX2STA did not remove the corresponding entries from the output station information file.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_001 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Station information (.STA) files could not be displayed by the Menu correctly (Menu >Campaign >Edit station files >Station information file).

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

The Bernese GNSS software v 5.2 has been upgraded to fix the bug B_002 by applying the bug fix provided by Astronomical Institute of the University of Bern (AIUB).

Description: Bugfix for selection of satellite systems in program RXOBV3.

Details on the bug can be found on the support pages of the Bernese GNSS software web site.

18 new U.K. Stations (WEYB GORS ALDB ARDL SHOE MART DUNG SANO EXMO PRAE SCIL ANLX ADAR DARE KEYW OXFR ARGI LERI) have been added in the E-GVAP hourly processing procedures ROBH.

In order to correct some bugs, notably concerning RINEX 3.0 skeleton on epncb, the real-time GNSS data acquisition software BNC was upgraded to the last revision (4756), i.e. to BNC 2.8.

The new EPN station DUB2 in Croatia (replkacement of DUBR) has been added to the RINEX dataflow and to the NRTNET processing.

The real-time GNSS observations aquisition procedures has been upgraded to use the Hatanaka compression/decompression tools version 4.05

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R4245 to revision R4649.

The new RGP station BAL2 has been added to the RINEX dataflow and to the APRINET/REPRONET processing. Older RINEX daily files have re-downloaded.

The new EPN station RIO1 has been added to the RINEX dataflow and to the NRTNET processing.

The new RGP station RIXH has been added to the RINEX dataflow and to the APRINET/REPRONET processing. Older RINEX daily files have re-downloaded.

Added AMNS 19754M001 to CRD/CLU/ABB/CRD/PLD a priori input + Modify STA file for dome number correction (wrong dome: 19830M001 replace by 19754M001)

New BLQ coefficient have been computed for Added LOWE 13232M001 using the a priori coordinate information in the logfile and inserted into the BLQ a priori input file

Update a priori PLD file using the output of REPRONET.PCF 140/12.

Added LOWE 13232M001 to CLU/ABB/CRD a priori input files

BNC was upgraded to the last revision (4245), i.e. to BNC 2.7, in order to correct for some bug, notably concerning L5.

Complete update of the FES2004.BLQ file using the latest coordinates

Update A Priori Coordinates to APRINET:16894:150/2012

Starting on the 1st June 2012 at 11 UTC, the test ROB solution "ROBT" based on hourly RINEX GNSS observations is now provided as the new official ROB solution within E-GVAP and uploaded in the operational directory (/nrt) of the U.K. Met Office E-GVAP Hub.

5 new RGP sites in Corsica added to NRTNET.PCF processing (TUDA,PIAN, LUCI, LUMI, SARI) - Change applied on the 30 Apr12, 18 UTC onwards.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision R4194 to revision R4228.

The A Priori Coordinate file NRTNET_R08.CRD has been updated using the output of the following processing : APRINET:16894:145/2012

6 New RGP stations (CT1A, CTA1, CT3H, CT44, CT3I, CT5F) have been added to the RINEX dataflow and to the APRINET/REPRONET processing. Older RINEX daily files have re-downloaded.

The 3 proposed EPN stations MELI, CORT and IDLX have been added to the hourly/daily RINEX database. The data centres used are ifag, ign and olg. Older daily RINEX files have re-downloaded.

Starting on 22th May 2012 at 16:00 UTC, the new low latency ROB solutions "ROBQ" based on real-time GNSS observations is distributed within E-GVAP as a test solution and uploaded to the /test/nrt directory of the U.K. Met Office E-GVAP Hub.

The BNC software used for the real-time GNSS observation acquisition was upgraded from revision Rxxxx to revision R4194 to correct a bug (systematic crash) with RT orbits and clock corrections CLK30 and IGC01.

The RGP Station AMNS has been added to the hourly/daily RINEX database and to the APRINET/REPRONET E-GVAP post-processing procedures. Older daily RINEX files have been re-downloaded.

Two new station from OS/BIGF ANLX and ADAR have been added to the QRTNET processing

The minimal number of epoch observed for each station in RXOBV3 has been decreased from 90 epochs (45min) to 38 epochs (39 min) allowing two 5-min NTRIP files to be missing…. Changes have been applied in QRT_NET OPT dir, on 30 Apr 12 at 08:20 UTC

10 New RGP Stations (CHBL,CHPH,OUT2,SENS,MGIS,VDOM,DIPL,CAUS,MSMM,GRON) have been added to teh E-GVAp Post-Processing procedures APRINET and REPRONET.

29 new RGP Station (BAST,BVSM,CERN,CRAL,CT13,CT14,CT20,CT22,CT26,CT30,CT31,CT32,CT34,CT36,CT43,CT53,CT54,CT55,CT5E,CT70,CTZ1,CDJC,GARD,GIE1,KOUG,NVPT,PIMI,PTRC,SAUN) have been added in the E-GVAP post-processing procedures APRINET and REPRONET.

A new HPC server has been installed to replace the old infrastructure and maintain the E-GVAP service at ROB

Start the development of a website related to the E-GVAP activities at the Royal Observatory of Belgium (ROB)

An E-GVAP Management report has been issued and provided at the ROB and RMI directors

E. Pottiaux has received his degree of doctor from the Université Catholique de Louvain (UCL), Belgium, for its work on "Sounding the Earth's Atmospheric Water Vapour Using Signals Emitted by Global Navigation Satellite Systems" Click here to download the full text manuscript

Development of a website concerning the E-GVAP activities at the Royal Observatory of Belgium (ROB) has been started.