LECTURES: Detailed warp. Surface angular-linear networks (design, interview, stabilization). Angular measurements in surface networks. Assessment of the accuracy of measurements of directions and
angles. Station alignments of directions and angles. Ferrero pattern. Methodology of linear measurements in detailed matrices. Field methods of checking the electro-optical rangefinder addition
constant. Geometric and mapping reductions of the lengths measured with an electro-optical rangefinder. Eccentric measurements. Eccentric corrections for directions, angles and lengths. Analysis of
the accuracy of eccentric measurements. Development of a geodetic network on a plane in the Gauss-Krüger projection. Helmert transformation. Elements of the design of geodetic networks. Accuracy
analysis of basic geodetic structures. Detailed horizontal network established by the polygonization and polygonotriangulation method. Analysis of the accuracy of the location of points in a traverse (longitudinal error and transverse error of a point in a hanging and connected sequence).
PROJECT: Measurement of angles using the directional method. Preliminary development of the measured angles and directions (station alignments, assessment of the accuracy of angular
measurements). Geometric and mapping reductions of the lengths measured with an electro-optical rangefinder. Reductions of directions, angles and lengths measured eccentrically. Determination of
eccentric elements by indirect method. Analysis of the accuracy of eccentric measurements. Development of a geodetic network on a plane in the Gauss-Krüger projection. Helmert transformation.
Analysis of the accuracy of single indentations using the accounting and graphic method.
