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Towards automatic defects analyses for 3D structural monitoring of historic timber”,
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Georgische Kirchen: 3D Datenfusion von Laserscanning und Photogrammetrie”, in Arera-Rütenik, T., Bellendorf, P., Breitling, S., Drewello, R., Hess, M. and Vinken, G. (Eds.),
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Orthodoxe Kirchen: Virtuelle 3D Rekonstruktion aus unvollst?ndigen Punktwolken”, in Arera-Rütenik, T., Bellendorf, P., Breitling, S., Drewello, R., Hess, M. and Vinken, G. (Eds.),
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Development of terrestrial laser scanning simulator”,
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Qualitative testing of an advanced terrestrial laser scanner simulator: users experience and feedback”,
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Virtual terrestrial laser scanner simulator in digital twin environment”,
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Virtual terrestrial laser scanner simulator for digitalisation of teaching environment concept and first results”,
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Application of multi-criteria decision making for the selection of sensing tools for historical gravestones”,
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Combination of terrestrial laserscanning, UAV and close range photogrammertry for 3D reconstruction of complex churches in Georgia”,
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Probablistic Reconstruction Of Orthodox Churches from Precisionpoint Clouds Using Bayesian Networks And Cellular Automata”,
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PROBABILISTIC FEASIBILITY OF THE RECONSTRUCTION PROCESS OF RUSSIAN-ORTHODOX CHURCHES”,
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