Podatki daljinskega zaznavanja kot možen vir za vzpostavitev 3D-katastra v Sloveniji

Remote sensing data as a potential source for establishment of the 3D cadastre in Slovenia

Author(s):

Petra Drobež, Dejan Grigillo, Anka Lisec, Mojca Kosmatin Fras

Abstract:

The topic of this paper is the challenges of using remote sensing technologies as one of the potential data sources for the establishment of a 3D real property cadastre in Slovenia. More than a decade ago, the legal basis for the registration of property rights on the buildings and parts of buildings was provided in Slovenia, and for this purpose, the Building Cadastre was established. The analyses of the current data within the Land Cadastre and the Building Cadastre revealed that the 3D graphical representation of buildings, where the second level of detail (LoD 2) was discussed, requires additional data in which significant roof points should be additionally acquired. For this purpose, i.e. the creation of a graphical 3D-model of a building at the level LoD 2, we use the cadastral and national topographic data that covers the entire state territory, which are stereopairs of aerial photographs of the cyclic aerial survey (CAS) and airborne laser scanning data. Using a case study, we have analysed and discussed the appropriateness of the state airborne laser scanning data as an additional data source, along with the current cadastral data, for the creation of 3D-building model at the second level of detail, which is important from the cadastral as well as topographic perspective.

Keywords:

remote sensing, land cadastre, building cadastre, 3D cadastre, cyclic aerial survey, airborne laser scanning, Slovenia

DOI: 10.15292/geodetski-vestnik.2016.03.392-422

Citation:

Petra Drobež, Dejan Grigillo, Anka Lisec, Mojca Kosmatin Fras (2016). Podatki daljinskega zaznavanja kot možen vir za vzpostavitev 3D-katastra v Sloveniji. | Remote sensing data as a potential source for establishment of the 3D cadastre in Slovenia. Geodetski vestnik, 60 (3), 392-422. DOI: 10.15292/geodetski-vestnik.2016.03.392-422