Innovations in 3D Geo Information Systems: Lecture Notes in Geoinformation and Cartography

Keynotes.- 3D Geometries in Spatial DBMS.- A Web 3D Service for Navigation Applications.- 3D Spatial Data Acquisition — LIDAR and Digital Photogrammetry.- Integration of Photogrammetric and LIDAR Data in a Multi-Primitive Triangulation Environment.- LIDAR-Aided True Orthophoto and DBM Generation System.- Surface Matching Strategy for Quality Control of LIDAR Data.- On-line Integration of Photogrammetry and GIS to Generate Fully Structured Data for GIS.- 3D Spatial Data Modelling and Representation.- 3D Integral Modeling for City Surface & Subsurface.- Spatial Object Structure for Handling 3D Geodata in GRIFINOR.- The Study and Application of Object-oriented Hyper-graph Spatio-temporal Reasoning Model.- Using 3D Fuzzy topological relationships for Checking of Spatial Relations between Dynamic Air Pollution Cloud and City Population Density.- 3D Modeling Moving Objects under Uncertainty Conditions.- Research on a feature based spatio-temporal data model.- 0-D Feature in 3D Planar Polygon Testing for 3D Spatial Analysis.- Definition of the 3D content and geometric level of congruence of numeric cartography.- 3D multi-scale modelling of the interior of the Real Villa of Monza (ITALY).- 3D GIS Frameworks.- On The Road To 3D Geographic Systems: Important Aspects of Global Model-Mapping Technology.- Cristage: A 3D GIS with A Logical Crystallographic Layer To Enable Complex Analyses.- The Democratizing Potential of Geographic Exploration Systems (GES) Through the Example of GRIFINOR.- The Integration Methods of 3D GIS and 3D CAD.- 3D Navigation for 3D-GIS — Initial Requirements.- Web-based GIS-Transportation Framework Data Services using GML, SVG and X3D.- 3D Geo-database Implementation using Craniofacial Geometric Morphometrics Database System.- GIS-based MultidimensionalApproach for Modeling Infrastructure Interdependency.- Conception of a 3D Geodata Web Service for the Support of Indoor Navigation with GNSS.- 3D Objects Reconstruction.- Reconstruction of 3D Model Based on Laser Scanning.- Automatic Generation of Pseudo Continuous LoDs for 3D Polyhedral Building Model.- Reconstruction of Complex Buildings using LIDAR and 2D Maps.- Building Reconstruction — Outside and In.- Skeletonization of Laser-Scanned Trees in the 3D Raster Domain.- Automated 3D Modeling of Buildings in Suburban Areas Based on Integration of Image and Height Data.- Automatically Extracting 3D Models and Network Analysis for Indoors.- 3D City Modelling.- Improving the Realism of Existing 3D City Models.- Different Quality Level Processes and Products for Ground-based 3D City and Road Modeling.- Texture Generation and Mapping Using Video Sequences for 3D Building Models.- Design and Implementation of Mobile 3D City Landscape Authoring/Rendering System.- Macro to Micro Archaeological Documentation: Building a 3D GIS Model for Jerash City and the Artemis Temple.- Building 3D GIS Modeling Applications in Jordan: Methodology and Implementation Aspects.- 3D Mapping, Cadastre and Utility.- Moving Towards 3D — From a National Mapping Agency Perspective.- An Approach for 3D Visualization of Pipelines.- Developing Malaysian 3D Cadastre System — preliminary findings.- Developing 3D Registration System for 3D Cadastre.- 3D Visualization.- Volumetric Spatiotemporal Data Model.- Use of 3D Visualization in Natural Disaster Risk Assessment for Urban Areas.- Development and Design of 3D Virtual Laboratory for Chemistry Subject Based on Constructivism-Cognitivism-Contextual Approach.- The 3D Fusion and Visualization of Phototopographic Data.- Integrating a Computational FluidDynamics Simulation and Visualization with a 3D Virtual Walkthrough — A Case Study of Putrajaya.- A Geospatial Approach to Managing Public Housing on Superlots.- 3D Visualization and Virtual Reality for Cultural Heritage Diagnostic.- 3D Terrain Modeling and Digital Orthophoto Generation.- True Ortho-photo Generation from High Resolution Satellite Imagery.- Development of Country Mosaic Using IRS-WiFS Data.- Digital Terrain Models Derived from SRTM Data and Kriging.- The St Mark’s Basilica Pavement: The Digital Orthophoto 3D Realisation to the Real Scale 1:1 for the Modelling and the Conservative Restoration.- The Application of GIS in Maritime Boundary Delimitation.- Integration of GIS and Digital Photogrammetry in Building Space Analysis.- An Integration of Digital Photogrammetry and GIS for Historical Building Documentation.- Reconstruction of Three Dimensional Ocean Bathymetry Using Polarised TOPSAR Data.

Covers various aspects of spatial data modelling specifically on the aspect of three-dimensional (3D) modelling and structuring