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The cultural human heritage is important for the identity of following generations and has to be preserved in a suitable manner. In the\udcourse of time a lot of information about former cultural constructions has been lost because some objects were strongly damaged by\udnatural erosion or on account of human work or were even destroyed. It is important to capture still available building parts of former\udbuildings, mostly ruins. This data could be the basis for a virtual reconstruction. Laserscanning offers in principle the possibility to\udtake up extensively surfaces of buildings in its actual status.\ud  \udIn this paper we assume a priori given 3d-laserscanner data, 3d point cloud for the partly destroyed church. There are many well known\udalgorithms, that describe different methods of extraction and detection of geometric primitives, which are recognized separately in 3d\udpoints clouds. In our work we put them in a common probabilistic framework, which guides the complete reconstruction process of\udcomplex buildings, in our case russian-orthodox churches.\ud  \udChurches are modeled with their functional volumetric components, enriched with a priori known probabilities, which are deduced\udfrom a database of russian-orthodox churches. Each set of components represents a complete church. The power of the new method is\udshown for a simulated dataset of 100 russian-orthodox churches

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

PROBABILISTIC FEASIBILITY OF THE RECONSTRUCTION PROCESS OF RUSSIAN-ORTHODOX CHURCHES