PENGGUNAAN KOMBINASI TITIK IKAT STASIUN GLOBAL IGS DAN TITIK IKAT STASIUN GPS REGIONAL YANG DIIKATKAN PADA ITRF-2008 DALAM PENDEFINISIAN STASIUN GNSS CORS GMU1

Authors

  • Sri Rezki Artini Politeknik Sriwijaya

DOI:

https://doi.org/10.36982/jtg.v2i1.391

Abstract

The CORS GNSS station can be used as a reference point in determining relative positions in both real time and post processing. This reference point is used for the measurement of points on the surface of the earth. In this measurement requires a high accuracy that is up to a fraction of a millimeter. In this research, GNSS CORS station which is used is GNSS CORS GMU1 which has been operated since 2009 which is located in Engineering Faculty Building of Department of Geodesy Engineering (Level Three) Universitas Gadjad Mada Yogyakarta, Indonesia. This study redefined the coordinates of GNSS CORS GMU1 using GNSS observation data for seven days from July 14, 2012 until July 20, 2012 using a combination of IGS and regional global bundle points. The tipping points of IGS global station used in this research are DGAR, GUAM, IISC, KARR, KUNM, PIMO, and TOW2. While the binding point of Regional station used is BAKO, CJPR, CDNP, CSRJ, SAMP, CBAL and CBIT. Data processing using scientific software GAMIT / GLOBK. The result of this research is 3D cartesian coordinate value from GNSS CORS GMU1 station in 2012 and its position speed. Coordinate of processing result that is X (m) = -2200206,97088 m ± 26,08 mm; Y (m) = 5924895,45433 m ± 26,30 mm; Z (m) = -855932,55993 m ± 192,51 mm. It can be seen that the standard deviation resulting from the combined processing of bundle points of Global IGS and regional stations is up to millimeter fraction. Speed position of GNSS CORS GMU1 station in 2012, that is VX = 0,02907 m / year ± 0.25410 m; Vy = 0.13655 m / year ± 0.47235 m; Vz = -0.07798 m / year ± 1.39 m.

Keywords: GNSS CORS GMU1 station, GPS connectivity, GAMIT software

Author Biography

Sri Rezki Artini, Politeknik Sriwijaya

Teknik Sipil, Fakultas Teknik

References

Herring, T., King S.W, McClussky S.C., 2006, “Introduction to GAMIT/GLOBKâ€, Department of Earth, Atmospheric, and Planetary Science, Massachusetts Institute of Technology.

Herring, T., King S.W, McClussky S.C., 2010, “GAMIT Reference Manual; GPS Analysis at MITâ€, Department of Earth, Atmospheric, and Planetary Science, Massachusetts Institute of Technology.

Isaac dkk., 2007, “Analysis of Data from the GPS Reference Station at AAU using GAMITâ€, Master Tesis, Faculty of Engineering and Science, Aalborg University, Denmark.

Lestari, D., 2006, “GPS Study for Resolving the Stability of Borobudur Temple Siteâ€, Master Tesis, School of Surveying and Spatial Information System, University of New South Wales.

Sunantyo, T.A., 2009, “GNSS Infrastructure and Standard in Indonesiaâ€, 7th FIG Regional Conference, 19-22 Oktober 2009, Hanoi.

Widjajanti, N., 2010, “Deformation Analysis of Offshore Platform using GPS Technique and its Application in Structural Integrity Assessmentâ€, Ph.D Disertasi, Universiti Teknologi PETRONAS, Malaysia.

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Published

2018-03-13

How to Cite

Artini, S. R. (2018). PENGGUNAAN KOMBINASI TITIK IKAT STASIUN GLOBAL IGS DAN TITIK IKAT STASIUN GPS REGIONAL YANG DIIKATKAN PADA ITRF-2008 DALAM PENDEFINISIAN STASIUN GNSS CORS GMU1. Jurnal Tekno Global, 2(1). https://doi.org/10.36982/jtg.v2i1.391

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