Abstract
Observations of the deformations of buildings and structures are the part of geodetic monitoring, which is carried out both during the construction of the facility and its operational period. Analysis and mathematical processing of the obtained geodetic measurements makes it possible to predict the dynamics of the development of deformation components in the structures of buildings, which makes it possible to prevent undesirable consequences. This process is automated with the help of special software systems, but not all of them allow performing the processes of predicting changes in the features and parameters of controlled objects. The article analyzes modern software systems for processing the results of deformation monitoring of buildings and structures that differ in purpose, tasks to be solved, and the type of output data, their advantages and disadvantages are identified, and the possibility of their application for forecasting tasks is assessed.
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