In the thesis, we examined the geodetic network of HE Solkan. We presented its configuration, signaling, and point stabilization within the network. We described the surveying instruments used, the measurement method and the data processing procedure. We demonstrated how the removal of specific connections between points affects the accuracy of the adjusted coordinates. We further explored the potential impact of adding a connection between selected points, where the length and direction values were simulated based on the adjusted coordinates of the fundamental network. Based on the obtained results and the conducted analysis, we concluded that the removal of selected connections between points does not significantly affect the accuracy of the adjusted coordinates. Except for the variant network 3, where point accuracies are considerably poorer compared to the base network.
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