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Geodetic Reference Frames

IAG Symposium Munich, Germany, 9-14 October 2006

  • Book
  • © 2009

Overview

Editors:
  1. Hermann Drewes
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  • Provides the basics and present-day research of reference systems and reference frames for all scientists and engineers working in geodesy, surveying and neighbouring disciplines

Part of the book series: International Association of Geodesy Symposia (IAG SYMPOSIA, volume 134)

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Table of contents (49 chapters)

  1. Regional Reference Frames

    1. Front Matter

      Pages 113-113
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  2. Regional Reference Frames (Convenor: Z. Altamimi)

    1. The Practical Implications and Limitations of the Introduction of a Semi-Dynamic Datum – A New Zealand Case Study

      • G. Blick, N. Donnelly, A. Jordan
      Pages 115-120

    2. Evaluation of Analysis Options for GLONASS Observations in Regional GNSS Networks

      • H. Habrich
      Pages 121-129

    3. The European Reference Frame: Maintenance and Products

      • C. Bruyninx, Z. Altamimi, C. Boucher, E. Brockmann, A. Caporali, W. Gurtner et al.
      Pages 131-136

    4. The EUREF Permanent Network: Monitoring and On-line Resources

      • C. Bruyninx, G. Carpentier, F. Roosbeek
      Pages 137-142

    5. Noise and Periodic Terms in the EPN Time Series

      • A. Kenyeres, C. Bruyninx
      Pages 143-148

    6. Long-Term Densification of Terrestrial Reference Frame in Central Europe as the Result of Central Europe Regional Geodynamic Project 1994-2006

      • J. Hefty, L. Gerhatova, M. Becker, R. Drescher, G. Stangl, S. Krauss et al.
      Pages 149-154

    7. A First Estimate of the Transformation Between the Global IGS and the Italian ETRF89-IGM95 Reference Frames for the Italian Peninsula

      • L. Biagi, S. Caldera, M. G. Visconti
      Pages 155-160

    8. Achievements and Challenges of SIRGAS

      • L. Sánchez, C. Brunini
      Pages 161-166

    9. The Position and Velocity Solution DGF06P01 for SIRGAS

      • W. Seemüller
      Pages 167-172

    10. Using an Artificial Neural Network to Transformation of Coordinates from PSAD56 to SIRGAS95

      • A.R. Tierra, S.R.C. De Freitas, P. M. Guevara
      Pages 173-178

    11. CPLat: the Pilot Processing Center for SIRGAS in Argentine

      • M.P. Natali, M. Müller, L. Fernández, C. Brunini
      Pages 179-183

    12. Realization of the SIRGAS Reference Frame in Colombia

      • W. A. Martínez, L. Sánchez
      Pages 185-190

    13. Seasonal Position Variations and Regional Reference Frame Realization

      • J. T. Freymueller
      Pages 191-196

    14. IGS/EPN Reference Frame Realization in Local GPS Networks

      • J. Bosy, B. Kontny, A. Borkowski
      Pages 197-203

    15. Systematical Analysis of the Transformation Between Gauss-Krueger-Coordinate/DHDN and UTM-Coordinate/ETRS89 in Baden-Württemberg with Different Estimation Methods

      • Jianqing Cai, Erik W. Grafarend
      Pages 205-211

    16. Empirical Affine Reference Frame Transformations by Weighted Multivariate TLS Adjustment

      • B. Schaffrin, A. Wieser
      Pages 213-218

    17. Modified Sidereal Filtering – Tool for the Analysis of High-Rate GPS Coordinate Time Series

      • W. Schwahn, W. Söhne
      Pages 219-224

    18. Questioning the Need of Regional Reference Frames

      • J. T. Pinto
      Pages 225-230

  3. Interaction of Terrestrial and Celestial Frames

    1. Front Matter

      Pages 231-231
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Keywords

About this book

Geodetic reference frames are the basis for The programme of the Symposium was divided three-dimensional, time dependent positioning according to the Sub-commissions, Projects in all global, regional and national networks, in and Study Groups of Commission 1 into eight cadastre, engineering, precise navigation, geo- general themes: information systems, geodynamics, sea level studies, and other geosciences. They are 1. Combination of space techniques necessary to consistently estimate unknown 2. Global reference frames and Earth rotation parameters using geodetic observations, e. g. , 3. Regional reference frames station coordinates, Earth orientation and 4. Interaction of terrestrial and celestial frames rotation parameters. Commission 1 “Reference 5. Vertical reference frames Frames” of the International Association of 6. Ionosphere modelling and analysis Geodesy (IAG) was established within the new 7. Satellite altimetry structure of IAG in 2003 with the mission to 8. Use of GNSS for reference frames study the fundamental scientific problems for the establishment of reference frames. One day of the Symposium was dedicated to a The principal objective of the scientific work joint meeting with the International Congress of the Commission is basic research on: of Federación Internationale des Géomètres - Definition, establishment, maintenance, and (FIG) and the INTERGEO congress of the improvement of geodetic reference frames. German Association of Surveying, Geo- - Advanced development of terrestrial and information and Land Management. The space observation techniques for this contributions presented at this meeting are purpose. integrated into these proceedings.

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