Lectures:
1st Distribution of random quantities and its application in the theory of errors
2nd Confidence intervals
3rd Two-dimensional error, twisted coordinate system error, error ellipse
4th Laws of error propagation, generalizations to more equations, a complete error equation, law of weights propagation
5th Adjustment of direct observations, pairs of measurements
6th Adjustment by elements
7th Adjustment by condition
8th The order types of adjustment
9th Approximation of equations
10th Regression and correlation analysis
11th Geodetic applications the distribution of random quantities
12th Test of observations
Exercise:
Numerical examples in relation to individual lectures.
1st Distribution of random quantities and its application in the theory of errors
2nd Confidence intervals
3rd Two-dimensional error, twisted coordinate system error, error ellipse
4th Laws of error propagation, generalizations to more equations, a complete error equation, law of weights propagation
5th Adjustment of direct observations, pairs of measurements
6th Adjustment by elements
7th Adjustment by condition
8th The order types of adjustment
9th Approximation of equations
10th Regression and correlation analysis
11th Geodetic applications the distribution of random quantities
12th Test of observations
Exercise:
Numerical examples in relation to individual lectures.