GPS REFERENCES

4/27/2004 11:43 AM

REFERENCES

1. Ash, M. E., Determination of Earth Satellite Orbits, Tech. Note 1972-5, 258 pp., Institute of Technology, Lincoln Laboratory, Lexington, 1972.

2. Bar-Sever, Y., A new Massachusetts model for GPS yaw attitude, Journal of Geodesy, 70, 714723, 1996.

3. Bender, P. L. and D. R. Larden, GPS carrier phase ambiguity resolution over long baselines, in Goad C. C. (ed), Proceedings of the First International Symposium on Precise Positioning with the Global Positioning System, Volume 1, National Geodetic Survey , Rockville, Maryland, 357-361, 1985.

4. Beutler, G., I. I. Mueller, and R. E. Neilan, The International GPS Service for Geodynamics: development and start of official service on January 1, 1994, Bulletin Geodesique, 68, 3970, 1994a.

5. Beutler, G., E. Brockmann, W. Gurtner, U. Hugentobler, L. Mervart, and M. Rothacher, Extended orbit modeling techniques at the CODE Processing Center of the International GPS Service for Geodynamics (IGS): theory and initial results, Manuscripta Geodaetica, 19, 367386, 1994b

6. Blewitt, G., Carrier phase ambiguity resolution for the Global Positioning System applied to geodetic baselines up to 2000 km, Journal of Geophysical Research, 94, 1187-1203, 1989.

7. Blewitt, G., An automatic editing algorithm for GPS data, Geophysical Research Letters, v.17,n.3,pp.199-202,1990.

8. Bock Y., S. A. Gourevitch, C. C. Counselman III, R. W. King, and R. I. Abbot, Interferometric analysis of GPS phase observation, Manuscripta Geodaetica, 11, 282-288, 1986.

9. Colombo, O. L, Ephemeris errors of GPS satellites, Bulletin Geodesique, 60, 6484, 1986.

10. Dong, D.-N., and Y. Bock, GPS network analysis with phase ambiguity resolution applied to crustal deformation studies in California, Journal of Geophysical Research, 94, 3949-3966, 1989.

11. Dong, D.-N., T. A. Herring, and R. W. King, Estimating regional deformation from a combination of space and terrestrial geodetic data, Journal of Geodesy, 72, 200214, 1998.

12. Feigl, K. L, R. W. King, T. A. Herring, M. Rotchacher, A scheme for reducing the effect of selective availability on precise geodetic measurements from the Global Positioning System, Geophysical Research Letters, 18, 12891292, 1991.

13. Feigl, K. L., Geodetic Measurement of Tectonic Deformation in Central California, Ph. D. thesis, Massachusetts Institute of Technology, 223 pp., 1991.

14. Feigl, K. L, D. C. Agnew, Y. Bock, D.-N. Dong, A. Donnellan, B. H. Hager, T. A. Herring, D. D. Jackson, R. W. King, S. K. Larsen, K. M. Larson, M. H. Murray, Z.-K. Shen, Measurement of the velocity field in central and southern California, Journal of Geophysical Research, 98, 21667-21712, 1993.

15. Herring, T. A., D.-N. Dong, and R. W. King, Submilliarcsecond determination of pole position by GPS measurements, Geophysical Research Letters, 18, 1893-1896, 1991.

16. Herring, T. A., GLOBK: Global Kalman filter VLBI and GPS analysis program Version 4.1 Internal Memorandum, Massachusetts Institute of Technology, Cambridge, 1998.

17. King, R. W., J. Collins, E. M. Masters, C. Rizos, A. Stolz, Surveying with GPS, Monograph No. 9, School of Surveying, University of New South Wales, Sydney, 1985; reprinted by Ferd. Dummlers Verlag, Bonn, 1987.

18. Lichten, S. M., and W. J. Bertiger, Demonstration of sub-meter GPS orbit determination and 1.5 parts in 10⁸ three-dimensional baseline accuracy, Bulletin Geodesique, 63, 167- 189, 1989.

19. Lindqwister, U. J., S. M. Lichten, and G. Blewitt, Precise regional baseline estimation using a priori orbital information, Geophysical Research Letters, 17, 219-222, 1990.

20. McCarthy, D. D., IERS Standards (1992), IERS Technical Note 13, Observatoire de Paris, July, 1992.

21. Murray, M. H., Global Positioning System Measurement of Crustal Deformation in Central California, Ph. D. thesis, Massachusetts Institute of Technology, 223 pp., 1991.

22. Schaffrin, B., and Y. Bock, A unified scheme for processing GPS phase observations, Bulletin Geodesique, 62, 142160, 1988.

23. Shimada, S., and Y. Bock, Crustal deformation measurements in central Japan determined by a GPS fixed-point network, Journal of Geophysical Research, 97, 1143712455, 1992.

24. Lichten, S.M., High Accuracy GPS Orbit Determination, Progress and Prospects, International Assoc. of Geodesy, General Meeting, Aug. 3-12, 1989.

25. Herring, T.A., Davis, J.L., Shapiro, I.I., Geodesy by Radio Interferometry, The Application of Kalman Filtering to the Analysis of VLBI Data, Journal of Geophysical Research, v. 95, n.B8, 12561-12581, 1990.

26. Behr, A.J., Hudnut, K.W., Monitoring Structural Deformation at Pacoima Dam, California Using Continous GPS.

27. Reilinger, R.E., McClusky S.C., Souter, B.J., Preliminary Estimates of Plate Convergence in the Caucasus Collision Zone from GSP measurements, Geophysical Research Letters, v.24, pp.1815-1818, 1997.

28. Hudnut, K.W., Shen, Z., Murray, M., McClusky, S.,et al., Co-Seismic Displacements of the 1994 Northridge, California Earthquake, Bulletin of Seism. soc. of America, v.86, n. 1B, 1996.

29. Reilinger, R.E., McClusky S.C., Oral, M.B., GPS Measurements of Present Day Crustal Movements in the Arabia-Africa-Eurasia Plate Collision Zone, Journal of Geophysical Research, v. 102, n. B5, 9983-9999, 1997.

30. Collier, P.A., B. Eissfeller, G.W. Hein and H. Landau, On a four dimensional integrated geodesy, Bull. Geod., 62, 71-91, 1988.

31. Larson, K.M., D.C. Agnew, Apllication of Global Positionong System to Crustal Deformation measurement 1. precision and accuracy, J. Gepoph. Res., 96, 16547-16565, 1991.

32. Heflin, M., Bertiger, W., Blewitt, G., Freedman, A., Hurst, K., et al., Global Geodesy Using GPS without Fiducial Sites, Geophysical Res. Let., V.19, N.2, pp.131.134, 1992.

33. King, R.W., Shen, F., Burcfiel, B.C., et al., Geodetic Measurement of crustal motion in Southwest China, Geology, v.25, n.2, p.179-182, 1997.

34. Hager, B.W., King, R.W., Murray, M.H., Measurement of Crustal Deofrmation using the Global Positioning System, Annu. Rev. Earth Planet. Sci., 19:351-382, 1991.

35. Lichten, S.M., J.S., Border, Strategies for high-precision Global Positioning System orbit Determination, J. Geophys. Res, 92, 12751-12762, 1987.

36. Gahle, H.G., Straub, C., Reilinger, R., MCClusky, S., King, R., The Strain Rate field in the eastern Mediterranean region, estimated by repeated GPS measurements, Tectonophysics 294, 237-252.

37. Armijo, R., Meyer, B., Hubert, A., Barka, A., Propagation of the North Anatolian Timing and Kinematics, DRAFT

38. Rothacher, M., Schaer, S., Mervart, L., Beutler, G., Determination of Antenna Phase Center Variations Using GPS Data, 1995, IGS Workshop, Potsdam, Germany, Mayy 15-17 1995,

39. Niell, A.E., Near-field Problems for GPS Antennas, DRAFT.

40. Mader, G.L., MacKay, J.R., Calibration of GPS Antennas, DRAFT.

41. Goad, C.C., (1987), Precise Positioning with the GPS, Applied Geodesy Lecture Notes in Earth Sciences, GPS Techniques Applied to Geodesy and Surveying, pp.17-30.

42. Beutler, G., (1987), GPS Orbit Determination Using The Double Difference Phase Observable, , Applied Geodesy Lecture Notes in Earth Sciences, GPS Techniques Applied to Geodesy and Surveying,pp.31-46.

43. Welsch, W.M., (1987), Accuracy Problems When Combining Terrestrial And Satellite Observations, , Applied Geodesy Lecture Notes in Earth Sciences, GPS Techniques Applied to Geodesy and Surveying,pp.47-65.

44. Swift, E.R., NWCS's GPS Orbit/Clock Determination System, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.51-62, (1985)

45. Abbot, R.I., Bock, Y., Counselman, C.C., King, R.W., et al., Interferometric Determination of GPS Satellite Orbits, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.63-67, (1985)

46. Rizos, C., Stolz, A., Force Modelling for GPS Satellite Orbits, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.87-99, (1985)

47. Beutler, G., Gurtner, W., Bauersima, I., Langley, R., Modelling and Estimating The Orbits of GPS Satellites, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.99-111, (1985)

48. Fliegel, H.F., Feess, W.A., Layton, W.C., Rhodus, N.W., The GPS Radiation Force Model, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.113-119, (1985)

49. Bock, Y., Abbot, R.I., Counselman, C.C., King, R.W., Gourevitch, S.A., Three-Dimensional Geodetic Control By Interferometry with GPS: Processing of GPS Phase Observables, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.255-261, (1985)

50. Hein, G.W., Eissfeller, B., Integrated Modelling of GPS-Orbits and Multi-Baseline Components, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.263-272, (1985)

51. Grafarend, E.W., Lindlohr, W., Stomma, A., Improved Second Order Design of the GPS Ephemerides, Clocks and Atmospheric Influences, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.273-284, (1985)

52. Ashkenazi, V., Agrotis, L.G., Yau, J., GPS Interferometric Phase Algorithms, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.299-315, (1985)

53. Remondi, B.W., Modelling The GPS Carrier Phase for Geodetic Applications, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.325-336, (1985)

54. Goad, C.C., Precise Relative Position Determination Using GPS Carrier Phase Measurements in a nondifference mode,in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.347-356, (1985)

55.=3 Bender, P.L., Larden, D.R., GPS Carrier Phase Ambiguity Resolution Over Long Baselines , in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.357-361, (1985)

56. Melbourne, W.G., The Case in GPS-Based Geodetic Systems, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.373-386, (1985)

57. Wubbena, G., Software Development for Geodetic Positioning with GPS Using TI 4100 Code and Carrier Measurements, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.403-412, (1985)

58. Welsch, W.M., Oswald, W., Variance Analysis of Satellite Networks, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.667-679, (1985)

59. Sliwa, L., The Re-Adjustment of the first order local geodetic network in Franklin County, Ohio, Incorporating The Results of the GPS, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.695-704, (1985)

60. Shodlbauer, A., Local Reference Systems in Geodetic Survey Under consideration of terrestrial and satellite positioning methods, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.713-721, (1985)

61. de Andrade J.B., Transformation between geodetic reference systems without height information, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.722-728, (1985)

62. Remondi, R.W., Performing Centimeter Accuracy relative surveys in seconds using GPS carrier phase, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.789-797, (1985)

63. Klepczynski, W.J., Kingham, K.A., Imae, M., Urazuko, M., Time from GPS, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.879-886, (1985)

64. Prescott, W.H., Krueger, S.W., Zoback, M.D., Geodetic Constraints on strain rates in Vicinity of the 1886, Charlestown, South Carolina, Earthquake, in Goad C.C. (ed), Proc. of First Int. sym. on Precise Position. with GPS Rockville, Maryland, pp.887-896, (1985)

65. Taniura, Kenji, Quick Static Solution SCSM in Sokkia GSP1 Software, Proc. of the Japanese Sym. on GPS, pp.47-53, 1994.

66. Mishi, K., Ono, H., Mori, H., Matsushima, T., Ohmi, S., GPS Measurements of Ground Deformation Associated with Magma Introsion and Lava Discharge at Unzendake Volcano, Proc. of the Japanese Sym. on GPS, pp.99-105, 1994.

67. Zhang, T.Y., Fujii., Crustal Movement in the Kanto District Estimated from results of the four-dimensional GPS Network Adjustment , Proc. of the Japanese Sym. on GPS, pp.161-167, 1994.

68. Kikuchi, T., et al., Geodetic Connection of GPS Stations to Kashima VLBI station in the Kanto District, Central Japan, Proc. of the Japanese Sym. on GPS, pp.169-176, 1994.

69. Asanuma, T., et al., First Ito GPS Campaign for Crustal Movement Studies (Part 1:Preliminary Report), Proc. of the Japanese Sym. on GPS, pp.177-179, 1994.

70. Asanuma, T., et al., First Ito GPS Campaign for Crustal Movement Studies (site coordinates and their precision), Proc. of the Japanese Sym. on GPS, pp.181-184, 1994.

71. Kawanaka, M. Satomura, M., Imanishi, M., et al., Crustal Deformation Measurements with GPS around the Suruga Bay, Central Japan (a follow-up report: Analyses with GAMIT Software, Proc. of the Japanese Sym. on GPS, pp.185-191, 1994.

72. Decker, B.L., WGS-84, Proc. of Fourth Int. Geodt. sym. on Satellite Positioning Austin, Texas, pp.69-92 wgs-84, (1986)

73. White, H.L., Decker, B.L., Kumar, M., WGS-84 A Modern and Accurate Global Reference Frame, Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.127-141, (1989)

74. Shutz, B.E., Tapley, B.E., Ho, C.S., Rim, H.J., Abusali, P.A.M., GPS Orbit Determination: Experiments and Results, Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.201-210, (1989)

75. Gouldman, M.W., Hermann, B.R., Weeden, D.L, Evaluation of GPS Production Ephemeris and Clock Quality, Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.210-222, (1989)

76. Yunck, T.P., Wu, S.C., Lichten, S.M., Bertiger, W.I., Lindqwister, U.J., Blewitt, G., Toward Centimeter Orbit Determination and Millimeter Geodesy with GPS, Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.272-281, (1989)

77. Gurtner, W., Beutler, G., Rothacher, M., Combination of GPS Observations made with different receiver types, Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.362-374, (1989)

78. Wubbena, G., The GPS Adjustment Software Package -Geonap- Concepts and Models , Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.452-461, (1989)

79. Schaffrin, B., Fiducial versus fixed points in the GPS network approach , Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.500-511, (1989)

80. Lichten, S.M., Bertiger, W.I., Lindqwister, U.J., The effect of fiducial network strategy on high accuracy GPS orbit and baseline determination, Proc. of Fifth Int. Geodt. sym. on Satellite Positioning Mexico, pp.516-525, (1989)

81. Boucher, C., Altamimi, Z., The IERS Terrestrial Reference System, Proc. of sixth Int. Geodt. sym. on Satellite Positioning , Columbus,OHIO, pp.47-55, (1992)

82. Reigber, C., Zhu, S., Galas, R., Rizos, C., Markwitz, W., Strategies for GPS orbit determination in dogs, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.113-122, (1992)

83. Goad, C., Robust Techniques for determining GPS Phase Ambiguities, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus,OHIO, pp.245-254, (1992)

84. Betti, B., Crespi, M., Sanso, F., A Discussion on ambiguity resolution in GPS Theory, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.255-264, (1992)

85. Cocard, M., Geiger, A., Systematic Search for all possible widelanes, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus,OHIO, pp.312-318, (1992)

86. Sauermann, K., Becker, M., Ambiguity Resolution within short observation periods, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.327-335, (1992)

87. Hofmann-Wellenhof, B., Lichtenegger, H., Collins, J., Some GPS Surveying Problems, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.336-344, (1992)

88. Vigue, Y., Blewitt, G., Lichten, S.M., Heflin, M., Malla, R.P., Using The GPS system for precise determination of geocentric station coordinates, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.409-417, (1992)

89. Heflin, M., Blewitt, G., Bertiger, W., Freedman, A., Hurst, K., Lichten, S., et al., Analysis of global GPS experiments without fiducial sites, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus,OHIO, pp.436-438, (1992)

90. Dow, J.M., Feltens, J., Duque, P., Sarti, F., A GPS orbit determination and analysis facility, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.472-481, (1992)

91. Malys, S., Bredthauer, D., Hermann, B., Clynch, J., Geodetic Point positioning with GPS, A Comparative Evaluation of Methods and Results, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.550-562, (1992)

92. Quingsheng, C., Siyuan, T., Jian, X., The Optimum Observing Time for GPS Survey, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.600-609, (1992)

93. Wang, Y.J., Kubik, K., Robust Kalman Filter for GPS Real-Time Positioning, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.749-758, (1992)

94. Hollman, R., Welsch, W.M., A High Precision Dam Monitoring Network Observed with GPS or Can GPS Replace Terrestrial Measurements for high precision engineering networks, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.811-821, (1992)

95. Sideris, M.G., Li, Y., Improved Geoid Determination for Leveling by GPS, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.873-882, (1992)

95-1. Tee, J.T., Interpolation of GPS with Cubic Hermite Polynomial over Triangular Patch, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.883-892, (1992)

95-2. Schodlbauer, A., Krack, K., Scherer, B., Widmann, R., GPS Leveling in high precision engineering surveys, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.893-903, (1992)

96. Papo, H.B., Even-Zur, G., Monitoring Deformations in the Carmel Mountain Region By GPS Measurements, Proc. of sixth Int. Geodt. sym. on Satellite Positioning ,Columbus, OHIO, pp.959-968, (1992)

97. Blewitt, G., Advances in GPS Technology for Geodynamics Invetigations: 1978-1992, Contributions of Space Geodesy to Geodynamics : Technology v.25 195-213, 1993.

98. Potti, J., Carmona, J.C., Bernedo, P., An Autonomous GNSS-based orbit determination system for low-earth observation satellites, ION-GPS-95 Palm Springs, CA, pp.173-182.

99. Ferrage, P., Issler, J.L., Campan, G., Duarnd, J.C., GPS Techniques for Navigation of Geostationary Satellites, ION-GPS-95 Palm Springs, CA, pp.257-268

100. Barnes, T., Selective Availability via the Levinson Predictor, ION-GPS-95 Palm Springs, CA, pp.533-542.

101. Ceva, J., Muellerschoen, R., Yunck, T., Incorporation of Orbital Dynamics to Improve Wide-Area Differential GPS, ION-GPS-95 Palm Springs, CA, pp.647-659.

102. Beisner, H., Dorsey, A., Exact Formula for User Range Error in wide area differential GPS, ION-GPS-95 Palm Springs, CA, pp.685-693.

103. Misra, P., Muchnik, R., Manganis, B., A General RAIM Algorithm Based on Receiver Clock, ION-GPS-95 Palm Springs, CA, pp.1941-1949.

104. Brenner, M., Integrated GPS/Inertial Fault Detection Availability, ION-GPS-95 Palm Springs, CA, pp.1949-1958.

105. Parkinson, B.W., GPS Error Analysis, Global Positioning System: Theory and Applications, Vol.1, Edited by Parkinson, B.W., Spilker, J.J., 1996, pp.469-483.

106. Alexrad, P., Brown, R.G., GPS Navigation Algorithms, Global Positioning System: Theory and Applications, Vol.1, Edited by Parkinson, B.W., Spilker, J.J., 1996, pp.409-433.

107. Klepczynski, W.j., GPS for Precise Time and Time Interval Measurement, Global Positioning System: Theory and Applications, Vol.2, Edited by Parkinson, B.W., Spilker, J.J., 1996, pp.483-500.

108. Goad, C., Surveying with Global Positioning System, Global Positioning System: Theory and Applications, Vol.2, Edited by Parkinson, B.W., Spilker, J.J., 1996, pp.501-517.

109. Cohen, C.E., Attitude Determination, Global Positioning System: Theory and Applications, Vol.2, Edited by Parkinson, B.W., Spilker, J.J., 1996, pp. 519-538.

110. Larson, K.M., Geodesy, Global Positioning System: Theory and Applications, Vol.2, Edited by Parkinson, B.W., Spilker, J.J., pp.529-557. 1996,

111. Yunck, T.P., Orbit Determination, Global Positioning System: Theory and Applications, Vol.2, Edited by Parkinson, B.W., Spilker, J.J., 1996, pp.559-592.

112. Bevis, M., Bock, Y., Fang, P., Reilinger, R., Herring, T., Stowell, J., Smalley, R., Blending Old and New Approaches to Regional GPS Geodesy, EOS, Transactions, American Geophysical Union, Vol.78, No.6, 1997, pp.664-66.

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114. Chen, G., Herring, T.A., Effects of Atmospheric Azimuthal Asymmetry on the Analysis of Space Geodetic Data, Journal of Geophysical Research, 1997, v.95, N.B3, pp.20489-20502.

115. Herring, T.A., Geodetic Applications of GPS, Proceedings of The IEEE, v.87, n.1, pp.92-110, 1999.

116. Zumberge, J., Hefflin, MB., Jefferson, DC., Watkins, MM., Webb, FH., Precise Point Psoitioning for the efficient and robust analysis of GPS data from large networks, J, Geophys Res 1997, 102, pp.5005-5017.

117. Zhao, SR., Sjoberg, LE., Theory of inversion of integral equations with constraints: mathematical rationale and some applications of geodetic data, Manusc Geod, 10, pp.278-299.

118. Yunck, T.P., Wu, S.C., Lichten, S.M., A GPS Measurement System for precise Satellite tracking and geodesy, Journal of the Astronautical Sciences 1985, v.33, n.4. 119. Springer, T.A., Beutler, G., Rothatcher, M., A new solar radiation pressure model for the GPS satellites, IGS 1998 Anbalysis Center Workshop, ESOC, Darmstadt, Germany, February 9-11, 1998.

120. Haines, A.J., Holt, W.E., A procedure for obtaining the complete horizontal motions within zones distributed deformation from the inversion of strain rate data, Journal of Geophysical Research,1993, v.98, n.b7, pp.12057-12082.

121. Kuang, D., Schutz, B.E., Watkins, M.M., On the structure of geometric positioning information in GPS measurements, Journal of Geodesy, (1996) 71:35-43.

122. Shen-Tu, B., Holt, W.E., Haines, A.J., Contemporary kinematics of the western United States determined from earthquake moment tensors, VLBI and GPS observations, Journal of Geophysical Research,1998, v.98, n.b7, pp.18087-18117.

123. Larson, K.M., Webb, F.H., Agnew, D.C., Apllication of Global Positioning System to Crustal Deformation measurement 2. The influence of errors in orbit determination networks, J. Geophyscical. Res., 96, 16567-16584, 1991.

124. Beutler, G., Brockmann, E., Hugentobler, U., Mervart, L., Rothatcher, M., Weber, R., Combining consecutive short arcs into long arcs for precise and efficient GPS orbit determination, Journal of Geodesy (1996), 70:287-299.

125. Shi, J., Krakiwsky, E.J., Cannon, M.E., The effect of errors in the initial data on the reference variance factor and accuracy estimates, Journal of Geodesy (1996), 70:250-255.

126. Sjoberg, L.E., Systematic tropospheric errors in geodetic positioning with the GPS, Manuscripta geodetica (1992), 17:201-209.

127. Ramsay, J.G., Huber, M.I., The teqniques of modern structural geology, vol1. strain analysis, Academic Press, 1983, pp.281-296.

128. Larson, K.M., Precision, Accuracy and Tectonics from the GPS, Phd thesis, University of California, San Diego, 1990.

130. Bock, Y., Estimating Crustal Deformations from a combination of baseline measurements and geophysical models, Bulletin geodetica (1983), v.57, pp.294-311.

131. Pavlis, E.P., Mueller, I.I., The Effect of Earth Orientation Errors in baseline determination, Bulletin geodetica (1983), v.57, pp.273-282.

132. Kouba, J., An Efiicient Short-Arc Orbit Computation, Bulletin geodetica (1983), v.57, pp.138-145.

133. Remondi, B.W., Global Ppsitioning System Carrier Phase, Description and Use, Bulletin geodetica (1985), v.59, pp.361-377.

134. Vincenty, T., On the meaning of geodetic orientation, Bulletin geodetica (1985), v.59, pp.189-199.

135. Mueller, I.I., Reference coordinate systems and frames: concepts and realization, Bulletin geodetica (1985), v.59, pp.181-188.

136. Guinot, B., Lewandowski, Improvement of the GPS time comparisons by simultaneous relative positioning of the receiver antennas, Bulletin geodetica (1989), v.63, pp.371-386.

137. McCarthy, D.D., Luzum, J.B., Prediction of Earth orientation, Bulletin geodetica (1991), v.65, pp.18-21.

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