1. Repetition of Terms of Linear algebra and matrix operations. Local geodetic networks. 2. Preparation measured quantities 3. Adjutment of observations - observation equations - linearization equations 4. Analysis of the results of adjustment. The error ellipse. 5. Adjustment of observation equations with condition equations. Differential similarity transformation. 6. The free network, the definition and purpose of the free network. 7. Conformal transformation in the plane and space. Equations. 8. The network formed by vectors from GNSS measurements. Transforming the vector to the fictitious measurement, transformation covariance matrix. 9. Steps of realization geodetic networks. 10. The building of geodetic networks.

1. Mathematical fundamentals of the LSQ adjustment – in the matrix form. 2. Preparation measured quantities for adjustment. 3. Observation equations – linearization equations. 4. Adjustment of observation equations. 5. Analysis of the results of adjustment. 6. Error elipse. 7. Helmert's transformation in 2D space. 8. Commercial software for networks adjustment. 9. Network with GNSS vectors – adjustment. 10. Credit.