
Principles and Practice of GPS Surveying
- ABIDIN, H.Z., 1993. Computational and geometrical aspects of on-the-fly
ambiguity resolution. Dept. of Geodesy & Geomatic Eng., University
of New Brunswick, Canada, Tech. rept. no.164, 290pp.
- ABIDIN, H.Z., 1994. On-the-fly ambiguity resolution. GPS World, 5(4),
40-50.
- ALLMAN, J.S. & VEENSTRA, C., 1984. Geodetic Model of Australia.
Div. of National Mapping Tech. rept.no.33, Canberra.
- ASHJAEE, J., 1993. An analysis of Y-code tracking techniques and associated
technologies. Geodetical Info Magazine, 7(7), 26-30.
- BESER, J. & PARKINSON, B.W., 1982. The application of NAVSTAR differential
GPS in the civilian community. Navigation, 29(2), 107-136.
- BEUTLER, G., BAUERSIMA, I., GURTNER, W. & ROTHACHER, M., 1987.
Correlations between simultaneous GPS double difference carrier phase observations
in the multistation mode: implementation considerations and first experiences.
Manuscripta Geodaetica, 12, 40-44.
- BEUTLER, G., BAUERSIMA, I., GURTNER, W., ROTHACHER, M., SCHILDKNECHT,
T. & GEIGER, A., 1989. Atmospheric refraction and other important biases
in GPS carrier phase observations. In monograph 12, "Atmospheric Effects
on Geodetic Space Measurements", F.K.Brunner (Ed.), School of Geomatic
Engineering (formerly Surveying), The University of New South Wales, 15-44.
- BOCK, Y., GOUREVITCH, S.A., COUNSELMAN, C.C., KING, R.W. & ABBOT,
R.I., 1986. Interferometric analysis of GPS phase observations. Manuscripta
Geodaetica, 11, 282-288.
- BOEY, S. & HILL, C., 1995. Can GPS measurements be legally used
for cadastral surveying? Aust. Surveyor, 40(2), 101-111.
- BOUCHER, C. & ALTAMIMI, Z., 1996. International Terrestrial Reference
Frame. GPS World, 7(9), 71-74.
- BRUNNER, F.K. & WELSCH, W.M., 1993. Effect of the troposphere on
GPS measurements. GPS World, 4(1), 42-51.
- CASPARY, W.F., 1987. Concepts of Network and Deformation Analysis.
Monograph 11, School of Geomatic Engineering (formerly Surveying), The
University of New South Wales, 183pp.
- CHEN, D., 1993. Fast Ambiguity Search Filter (FASF): a novel concept
for GPS ambiguity resolution. Proc. 6th Int. Tech. Meeting of the Satellite
Division of the U.S. Inst. of Navigation, 22-24 September, 1993, 781-787.
- CLARKE, B., 1994. Aviator's Guide to GPS. McGraw-Hill, Inc., 235pp.
- CRAYMER, M.R. & BECK, N., 1992. Session versus single-baseline
GPS processing. Proc. 5th Int. Tech. Meeting of the Satellite Division
of the U.S. Inst. of Navigation, 16-18 September, 1992, 995-1004.
- CROSS, P.A., 1983. Advanced Least Squares Applied to Position Fixing.
Working Papers, North East London Polytechnic, Dept. of Surveying, 205pp.
- D.M.A., 1991. Department of Defense World Geodetic System 1984. Technical
Report 8350.2, 2nd ed. U.S. Defense Mapping Agency.
- DIXON, K., 1995. Global reference frames with time. Surveying World,
3(6), 22-24.
- EL-RABBANY, A.E-S., 1994. The effect of physical correlations on the
ambiguity resolution and accuracy estimation in GPS differential positioning.
Dept. of Geodesy & Geomatic Eng., University of New Brunswick, Canada,
Tech. rept. no.170, 161pp.
- ERICKSON, C., 1992. An analysis of ambiguity resolution techniques
for rapid static GPS surveys using single frequency data. Proc. 5th Int.
Tech. Meeting of the Satellite Division of the U.S. Inst. of Navigation,
16-18 September, 1992, 453-462.
- F.G.C.C., 1988. Geometric geodetic accuracy standards and specifications
for using GPS relative positioning techniques (version 5). Pub. of the
U.S. Federal Geodetic Control Committee, 50pp.
- FREI, E. & BEUTLER, G., 1990. Rapid static positioning based on
the Fast Ambiguity Resolution Approach "FARA": theory and first
results. Manuscripta Geodaetica, 15, 325-356.
- GEORGIADOU, Y. & DOUCET, K.D., 1990. The issue of Selective Availability.
GPS World, 1(5), 53-56.
- GRANT, D.B., RIZOS, C. & STOLZ, A., 1990. Dealing with GPS biases:
some theoretical and software considerations. In Unisurv S-38, "Contributions
to GPS Studies", C. Rizos (Ed.), School of Geomatic Engineering (formerly
Surveying), The University of New South Wales, 204pp.
- GURTNER, W., 1994. RINEX - the receiver-independent exchange format.
GPS World, 5(7), 48-52.
- HAN, S., 1995. Ambiguity resolution techniques using integer least
squares estimation for rapid static or kinematic positioning. Proc. 2nd
Australian "Satellite Navigation Technology Symposium", Brisbane,
Australia, 26-28 June, 1995.
- HAN, S. & RIZOS, C., 1995a. A suggested procedure for on-the-fly
ambiguity resolution for long range GPS kinematic positioning. Proc. 4th
Int. Conf. "Differential Satellite Navigation Systems DSNS95",
Bergen, Norway, 24-28 April, 1995.
- HAN, S. & RIZOS, C., 1995b. Selection and scaling of simultaneous
baselines for GPS network adjustment, or correct procedures for processing
trivial baselines. Geomatics Research Australasia, 63, December, 1995,
51-66.
- HAN, S. & RIZOS, C., 1996. Validation and rejection criteria for
integer least-squares estimation. Survey Review, Vol.33, No.260, 375-382.
- HAN, S., & RIZOS, C., 1997. Comparing GPS ambiguity resolution
techniques. GPS World, 8(10), 54-61.
- HARVEY, B.R., 1986. Transformation of 3D coordinates. Aust. Surveyor,
33(2), 105-125.
- HARVEY, B.R., 1994. Practical Least Squares and Statistics for Surveyors.
Monograph 13, School of Geomatic Engineering (formerly Surveying), The
University of New South Wales, 2nd ed., 319pp.
- HATCH, R.R., 1982. The synergism of GPS code and carrier measurements.
Proc. 3rd Int. Symp. on "Satellite Doppler Positioning", New
Mexico, 8-12 February, 1982, 1213-1231.
- HATCH, R.R., 1990. Instantaneous ambiguity resolution. Proc. "Kinematic
Systems in Geodesy, Surveying & Remote Sensing", IAG Symposium
107, Springer-Verlag Vienna New York, 299-308.
- HEISKANEN, W.A. & MORITZ, H., 1967. Physical Geodesy. W.H. Freeman
& Co., San Francisco, 364pp.
- HELLWIG, H., 1979. Microwave time and frequency standards. Radio Science,
14(4), 561-572.
- HIGGINS, M., 1987. Transformation from WGS84 to AGD84, an interim solution.
Dept. of Geographic Information memo, Queensland.
- HOFMANN-WELLENHOF, B., LICHTENEGGER, H. & COLLINS, J., 1998. GPS
Theory and Practice. Springer-Verlag, Vienna New York, 4th ed.
- HOLLOWAY, R.D., 1988. The Integration of GPS Heights into the Australian
Height Datum. UNISURV S-33, School of Geomatic Engineering (formerly Surveying),
The University of New South Wales, 151pp.
- HUSTI, G.J., SLUITER, P.G. & ZOMERDIJK, J., 1994. A comparison
of geodetic receivers under A/S conditions. Proc. 7th Int. Tech. Meeting
of the Satellite Division of the U.S. Inst. of Navigation, 20-23 September,
1994.
- I.C.S.M., 1994. Standards and Practices for Control Surveys. Australian
Inter-Governmental Committee on Surveying and Mapping, vers.1.2, pub.no.1.
- IVANOV, N.E. & SALISTCHEV, V., 1991. GLONASS and GPS: prospects
for a partnership. GPS World, 2(4), 36-40.
- JONES, A., 1995. Personal communication.
- JONES, R.H. & TRYON, P.V., 1987. Continuous time series models
for unequally spaced data applied to modeling atomic clocks. SIAM J. Sci.
Stat. Comput., 8(1), 71-81.
- KAPLAN, E. (Ed.), 1996. Understanding GPS: Principles & Applications.
Artech House Publishers, Boston London, 554pp.
- KEARSLEY, A.H.W., 1988. The determination of the geoid-ellipsoid separation
for GPS levelling. Aust. Surveyor, 34(1), 11-18.
- KING, R.W., MASTERS, E.G., RIZOS, C., STOLZ, A. & COLLINS, J.,
1987. Surveying with GPS. Dümmler, 128pp.
- KINLYSIDE, D. A., 1992. Densification surveys in New South Wales -
coping with distortions. Unisurv S-42, School of Geomatic Engineering (formerly
Surveying), The University of New South Wales, 209pp.
- KLEUSBERG, A., 1990. Comparing GPS and GLONASS. GPS World, 1(6), 52-54.
- KLOBUCHAR, J.A., 1991. Ionospheric effects on GPS. GPS World, 2(4),
48-51.
- LACHAPELLE, G., 1995. Far reaching recommendations on GPS made by high
level U.S. study. GIM journal, August, 1995, 48-49.
- LACHAPELLE, G. & HENRIKSEN, J., 1995. GPS under cover: the effect
of foliage on vehicular navigation GPS World, 6(3), 26-35.
- LANDAU, H. & EULER, H.J., 1992. On-the-fly ambiguity resolution
for precise differential positioning. Proc. 5th Int. Tech. Meeting of the
Satellite Division of the U.S. Inst. of Navigation, 16-18 September, 1992,
607-613.
- LANGLEY, R.B., 1991a. The GPS receiver - an introduction. GPS World,
2(1), 50-53.
- LANGLEY, R.B., 1991b. The orbits of GPS satellites. GPS World, 2(3),
50-53.
- LANGLEY, R.B., 1991c. The mathematics of GPS. GPS World, 2(7), 45-50.
- LANGLEY, R.B., 1991d. Time, clocks, and GPS. GPS World, 2(10), 38-42.
- LANGLEY, R.B., 1993. The GPS observables. GPS World, 4(4), 52-59.
- LANGLEY, R.B., 1999. Dilution of Precision. GPS World, 10(5), 52-59.
- LINDLOHR, W. & WELLS, D.E., 1985. GPS design using undifferenced
carrier beat phase observations. Manuscripta Geodaetica, 10, 255-295.
- MANNING, J. & HARVEY, B., 1994. Status of the Australian geocentric
datum. Aust. Surveyor, 39(1), 28-33.
- MATHER, R.S., 1978. The Theory and Geodetic Use of Some Common Projections.
Monograph 1, School of Geomatic Engineering (formerly Surveying), The University
of New South Wales, 2nd ed., 125pp.
- MERMINOD, B. & RIZOS, C., 1988. A surveyor's perspective to Kalman
filtering. Aust. J. Geod. Photo. Surv., 49, 1-38.
- MERMINOD, B., GRANT, D.B. & RIZOS, C., 1990. Planning GPS surveys
- using appropriate precision indicators. Can. Inst. Surv. & Mapping
J., 44(3), 113-129.
- MITCHELL, H.L., 1990. GPS heighting and the A.H.D. Rept. by the GPS
Heighting Study Group, Australian GPS Users Group, 77pp.
- MORGAN, P., BOCK, Y., COLEMAN, R., FENG, P., GARRARD, D., JOHNSTON,
G., LUTON, G., McDOWALL, B., PEARSE, M., RIZOS, C., & TIESLER, R.,
1996. A zero order GPS network for the Australian region. Unisurv S-46,
School of Geomatic Engineering (formerly Surveying), The University of
New South Wales, 187pp.
- NATO, 1991. NAVSTAR GPS user equipment. Public report released by US
Air Force Space Systems Division, NAVSTAR-GPS Joint Program Office.
- NAVSTAR, 1993. Global Positioning System Standard Positioning Service
signal specification. Dept. of Defense rept., November, 1993, 46pp + appendices.
- N.M.C., 1986. The Australian Geodetic Datum Technical Manual. National
Mapping Council Special Pub.no.10, 65pp+Appendix.
- PARKINSON, B.W., 1983. NAVSTAR: Global Positioning System -- ten years
later. IEEE vol.71(10), 1177-1186.
- PARKINSON, B.W., 1994. GPS eyewitness: the early years. GPS World,
5(9), 32-45.
- PARKINSON, B.W., STANSELL, T., BEARD, R. & GROMOV, K., 1995. A
history of satellite navigation. Navigation, 42(1), 109-164.
- RIZOS, C. & GRANT, D.B., 1990. Time and the Global Positioning
System. In Unisurv S-38, "Contributions to GPS Studies", C. Rizos
(Ed.), School of Geomatic Engineering (formerly Surveying), The University
of New South Wales, 204pp.
- ROELSE, A., GRANGER, H.W. & GRAHAM, J.W., 1971. The adjustment
of the Australian Levelling Survey -- 1970-1971. Div. of National Mapping,
Tech. rept. no.12, Canberra.
- SANDLIN, A., McDONALD, K. & DONAHUE, A., 1995. Selective Availability:
to be or not to be? GPS World, 6(9), 44-51.
- SANTERRE, R. & BOULIANNE, M., 1995. New tools for urban GPS surveyors.
GPS World, 6(2), 49-54.
- SCHWARZ, K.P. & SIDERIS, M.G., 1993. Heights and GPS. GPS World,
4(2), 50-56.
- SEEBER, G., 1993. Satellite Geodesy: Foundations, Methods & Applications.
Walter de Gruyter, Berlin New York, 531pp.
- SEPPELIN, T.O., 1974. The Department of Defense World Geodetic System
1972. Proc. Int. Symp. "Problems Related to the Redefinition of the
North American Geodetic Networks", Fredericton, New Brunswick, Canada.
- SLUITER, P.G. & HAAGMANS, M.E.E., 1995. Comparative test between
geodetic Y-code GPS receivers (part 2). GIM journal, August, 1995, 35-41.
- SNAY, R.A., 1986. Network design strategies applicable to GPS surveys
using three or four receivers. Bulletin Geodesique, 60(1), 37-50.
- SOLER, T. & HOTHEM, L.D., 1989. Important parameters used in geodetic
transformations. J.Surv.Engin., 115(4), 414-417.
- SPILKER Jr., J.J., 1980. GPS signal structure and performance characteristics.
In: Global Positioning System, papers published in Navigation, reprinted
by the U.S. Inst. of Navigation, vol.1, 29-54.
- STEED, J., 1990. A practical approach to transformation between commonly
used reference systems. Aust. Surveyor, 35(3), 248-264.
- TALBOT, N.C., 1987. GPS signal structure and receiver operation. In
proc. R.M.I.T. Centenary GPS Conf., 24-26 August, 1987.
- TEUNISSEN, P.J.G., 1994. A new method for fast carrier phase ambiguity
estimation. Proc. IEEE "Position Location and Navigation Symposium
PLANS94", Las Vegas, 11-15 April, 1994, 562-573.
- TIBERIUS, C. & DE JONGE, P., 1995. Introduction to GPS surveying
(part 2). GIM journal, August, 1995, 71-77.
- TORGE, W., 1980. Geodesy. Walter de Gruyter, Berlin New York, 254pp.
- UNGUENDOLI, M., 1990. A rational approach to the use of a large number
of GPS receivers. Bulletin Geodesique, 64(4), 303-312.
- VAN DIERENDONCK, A.J., RUSSELL, S.S., KOPTIZKE, E.R. & BIRNBAUM,
M., 1980. The GPS navigation message. In: Global Positioning System, papers
published in Navigation, reprinted by the U.S. Inst. of Navigation, vol.1,
55-73.
- VAN DIERENDONCK, A.J., 1995. Understanding GPS receiver terminology:
a tutorial. GPS World, 6(1), 34-44.
- WANNINGER, L., 1993. Effects of the equatorial ionosphere on GPS. GPS
World, 4(7), 48-54.
- WELLS, D.E., BECK, N., DELIKARAOGLOU, D., KLEUSBERG, A., KRAKIWSKY,
E.J., LACHAPELKLE, G., LANGLEY, R.B., NAKIBOGLU, M., SCHWARZ, K.P., TRANQUILLA,
J.M. & VANICEK, P., 1987. Guide to GPS Positioning. Canadian GPS Associates,
Fredericton, New Brunswick, Canada, 2nd. ed., 600pp.
- ZUMBERGE, J.F., LIU, R. & NEILAN, R.E., 1995. International GPS
Service for Geodynamics 1994 Annual Report. September, 1995, IGS Central
Bureau, 329pp.
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