Landesamt fur Digitalisierung
Landesamt fur Digitalisierung
Wessels M.,Institute For Seenforschung |
Anselmetti F.,University of Bern |
Artuso R.,Bundesamt fur Landestopografie Swisstopo |
Baran R.,AirborneHydroMapping GmbH |
And 12 more authors.
ZFV - Zeitschrift fur Geodasie, Geoinformation und Landmanagement | Year: 2015
Within the project "Tiefenschärfe - hochauflösende Vermessung Bodensee" a high-resolution seamless terrain model is created using airborne topobathymetric laserscanning and multibeam echosounder (MBES) techniques. The project visualizes the enormous wealth of features of underwater landscapes of lakes. The combination of hydroacoustic (multibeam echosounder) and laser-optic (topobathymetric laserscanning) methods was used for the first time in a freshwater body of this size. Opportunities, limitations and restrictions of these high-resolution methods are presented. © 2015, Wissner Verlag. All rights reserved.
Aringer K.,Landesamt fur Digitalisierung |
Donaubauer A.,TU Munich |
Kolbe T.H.,TU Munich |
Roschlaub R.,Landesamt fur Digitalisierung
ZFV - Zeitschrift fur Geodasie, Geoinformation und Landmanagement | Year: 2016
The federal governments of Germany endeavour to create a harmonized 3D building data set based on a common application schema (the AdV-CityGML-Profile). In a joint research project, the Bavarian Agency for Digitisation, High-Speed Internet and Surveying and the TUM, Chair of Geoinformatics, transformed an AdV-CityGML-Profile based test data set of Bavarian LoD2 building models into an INSPIRE-compliant schema. For the purpose of a transformation of such kind, the AdV provides the data specification, a test plan for 3D building models and a mapping table. The research project examined whether the transformation rules defined in the mapping table were unambiguous and sufficient for implementing a transformation of LoD2 data based on the AdV-CityGML-Profile into the INSPIRE schema. The proof of concept was carried out by transforming production data of the Bavarian 3D building model in LoD2 into the INSPIRE BU schema. In order to assure the quality of the data to be transformed the test specifications according to the test plan for 3D building models of the AdV were carried out. The AdV mapping table was checked for completeness and correctness and amendments were made accordingly.
Moraru D.,Landesamt fur Digitalisierung
gis.Science - Die Zeitschrift fur Geoinformatik | Year: 2014
As part of the masters theses "Prototypic development of a mobile application in the context of INSPIRE, GMES and IACS" concrete added values achieved by combining the data sets INSPIRE, Copernicus and IACS were investigated for mobile experts. The main object of this work is the development of a mobile application with an intuitive GUI (Graphical User Interface) based on a client-server architecture. The prototypic implementation of the application is based on an Android System. The application was valued by an agricultural scenario.