• By measuring results, be able to form interval statistical series and present them in the form of histograms.
• Be able to find the necessary statistical characteristics of the measurement results and draw some conclusions.
• Be able to build confidence intervals for estimating statistical characteristics.
• Be able to conduct correlation analysis of measurement results.
• According to the measurement results, carry out their approximation with different analytical functions.
• Perform a harmonious analysis of the results of observations.

• Higher Mathematics,
• Mathematical Processing of Geodetic Measurements.
• Analytical and Numerical Research Methods.

Within the discipline are considered the questions of statistical analysis of measurement results, namely, calculation of statistical characteristics, correlation, one-factor and two-factor analysis of variance, as well as the approximation of measurement results by different analytical expressions.

1. Зазуляк П.М., Гавриш В.І., Євсеєва Є.М., Йосипчук М.Д., Основи математичного опрацювання геодезичних вимірювань. Львів, 2007 - 320 с.
2. Мазмишвили А.И. Способ наименьших квадратов. М., 1960.
3. Демидович Б.П., Марон И.А., Шувелова Э.З. Численные методы анализа. М., 1967.-368 с.
Допоміжна
1. Венцель Е.С. Теория вероятностей. Недра. М., 1997.
2. Дюге Д. Теоретическая и прикладная статистика. Наука. М., 1972. - 383 с.
3. Ермаков С.М., Михайлов Е.А. Курс статистического моделирования. Наука. М., 1976. - 319 с.
4. Еирко В.Л. Многомерный статистический анализ. Выща школа. К., 1988. -320 с.

• Work on practical exercises, verbal interviews, performance work (30%).
• Final control (differentiated credit), written and verbal forms (70%).