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Statistics applied to the estimation of the influence of the environment on results of observations

Published online by Cambridge University Press:  14 August 2015

M. K. Szacherska  and
Z. Wiśniewski
M. K. Szacherska
Affiliation:
Institute for Geodesy and Photogrammetry, Agricultural and Technical Academy at Olsztyn Poland
Z. Wiśniewski
Affiliation:
Institute for Geodesy and Photogrammetry, Agricultural and Technical Academy at Olsztyn Poland

Abstract

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The assumption of a generalized model of the composition of random and systematic errors of measurements can constitute a basis for the estimation of the influence of the environment on the results of geodetic observations in the course of their numerical elaboration. The method of the estimation of systematic errors on the basis of the analysis of an empiric distribution of the results of observations has been established on the assumption of such a model, which permits also to estimate systematic errors in the course of the adjustment of observations, these errors being treated as additional unknowns in the system.

Type
Research Article
Information
Symposium - International Astronomical Union , Volume 89: Refractional Influences in Astrometry Andgeodesy , 1979 , pp. 179 - 189
Copyright
Copyright © Reidel 1979 

References

Hradilek, L.: 1972, “Refraction in trigonometric and three-dimensional terrestrial networks”, Canadian Surveyor, 26, pp. 59–70.CrossRefGoogle Scholar
Levallois, J.J.: 1969. Géodésie Générale, I, Paris.Google Scholar
Makowska, A., Zorski, Z.: 1976, “Analiza wyrównania trygonometrycznej sieci wysokosciowej z uwzględnieniem odchylen pionów i refrakcji” (Analyse de la compensation d'un réseau trigonométrique des altitudes en tenant compte des déviations de la verticale et de la réfraction), Geodezja i Kartografia, 25, pp. 3–16.Google Scholar
Proceedings of the International Symposium on Electromagnetic Distance Measurement and the Influence of Refraction: 1977, Wageningen.Google Scholar
Szacherska, M.K.: 1973, “Metoda analizy rozkladu blędów obserwacji geodezyjnych” (Méthode de l'analyse de la répartition des erreurs d'observations géodésiques), Geodezja i Kartografia, 22, pp. 255–275.Google Scholar
Szacherska, M.K.: 1974, “Model kompozycji blędów pomiarów geodezyjnych” (Modèle de la composition des erreurs de mesures géodésiques), Geodezja i Kartografia, 23, pp. 21–51.Google Scholar
Szacherska, M.K.: 1977, “Method of analysis of the composition of random and systematic observation errors”, Guest-lecture at the Geodetic Institute of Uppsala University, Uppsala, Sweden.Google Scholar
Szacherska, M.K., Wisniewski, Z.: 1977, “Evaluation des erreurs systématiques au cours de la compensation des observations”, Invited paper for XV International Congress of Surveyors, Proceedings of FIG Congress, Stockholm, Vol. 5, pp. 229–238.Google Scholar
Tengström, E.: 1975, Report of the work of IAG Special Study Group No. I.23, Atmospheric effects on angular measurements, 1971–1975, 16th Assembly of IUGG, Grenoble.Google Scholar