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Analysis of trigonometrically measured elevations
Trigonometric height determination employing total stations has found its wider application. With a construction improvementof total stations the crucial source of systematic errors has become environment where the specific measurement is realized. Variedoptical environments properties by changes of meteorological factors effect vertical refraction which can be regarded as a variablesystematic error.In submitted article the attention is given to an existence of systematic influences by means of ANOVA tool. Subsequently,the dependence between systematic errors and changes of meteorological factors is given on the ground of correlation analysis.
Analysis of trigonometrically measured elevations
Trigonometric height determination employing total stations has found its wider application. With a construction improvementof total stations the crucial source of systematic errors has become environment where the specific measurement is realized. Variedoptical environments properties by changes of meteorological factors effect vertical refraction which can be regarded as a variablesystematic error.In submitted article the attention is given to an existence of systematic influences by means of ANOVA tool. Subsequently,the dependence between systematic errors and changes of meteorological factors is given on the ground of correlation analysis.
Analysis of trigonometrically measured elevations
Štefan Sokol (author) / Miroslav Lipták (author)
2009
Article (Journal)
Electronic Resource
Unknown
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