CREATE MAINTAIN DISTRIBUTE 3D Mapping Solutions CityGML & opendrive Urban Simulation Based on Open Standards Dr.-Ing. Stefan Trometer virtualcitysystems GmbH
virtualcitysystems Experts for 3D City Models Founded 2005 20 Employees Head Quarter Berlin, Office Grafing Leading expert in CityGML based 3D City Models 2 virtualcitysystems 2018
virtualcitysystems - Urban Simulation CADFEM Digital City virtualcitysystems Business Development Urban Simulation Office Grafing near Munich @ CADFEM Headquarter New VCS Team Grafing 3 virtualcitysystems 2018
CADFEM Group 4 virtualcitysystems 2018
What is CityGML? International OGC standard for semantic 3D city models Represents all relevant topographic object types of a city (buildings, vegetation, water, terrain, traffic, etc.) ISO 19100 compliant, extensible information model and GML-based exchange format CityGML represents the city objects with 3D geometry, 3D topology, semantics and appearance 5 virtualcitysystems 2018
Why CityGML? Semantics Geometry Rich in semantics compared to pure 3D graphics and 3D map formats Objects know what they are and where they are Hierarchical structure of features and their components Required for sophisticated queries, simulations and analyses 6 virtualcitysystems 2018
Why CityGML? Source: Filip Biljecki, TU Delft Five Levels-of-Detail suitable to many different applications fields Every city object can be represented in each LOD simultaneously 7 virtualcitysystems 2018
Why CityGML? Marseille, France Terrain Model Building Land Use Road Vegetation Object Traffic Area Water Body City Furniture Utility Networks 8 virtualcitysystems 2018
Why Open Standards? Standards are like parachutes They work best when they're open 9 virtualcitysystems 2018
One 3D City Model Platform Many Applications Information Platform City Marketing Urban Planning Urban Analytics Urban Simulation 10 virtualcitysystems 2018
Exploring Urban Simulation City2Sim Urban simulation platform Blast Detonation pressure wave propagation Vulnerability Risk-based vulnerability assessment Crowd Crowd dynamics for events and evacuations Wind Field Turbulent wind fields and thermal stratification Air Quality Smoke and pollution propagation Flooding River flooding coastal flooding Tsunami Acoustics 3D urban noise protection Mobility Autonomous driving, traffic and wireless communication 11 virtualcitysystems 2018
Mobility Urban Data Integration One 3D City Model Platform CityGML Object-orientated 3D city models Fled Data opendrive Interface 3D Mapping Solutions to enable & support Virtual Testing Autonomous Driving Smart City Services Smart Mobility Services Digital Twin 12 virtualcitysystems 2018
Mobility R&D Project SAVE Virtual Region Model Ingolstadt Virtual Testing Autonomous Driving Smart City Digital Twin Start 1. Mai 2018 Partners 13 virtualcitysystems 2018
Mobility Cooperation 3D Mapping Solutions 3D high-end intelligent reference maps Interface OpenDRIVE CityGML CAD / CAE 14 virtualcitysystems 2018
Mobility Interface Traffic Simulation (VISSIM PTV Group) 15 virtualcitysystems 2018
Mobility Interface Traffic Simulation (VISSIM PTV Group) 16 virtualcitysystems 2018
Urban Discovery Cloud 17 virtualcitysystems 2018
Crowd Simulation 18 virtualcitysystems 2018
Forum Digital City 10./11. October 2018 Leipzig ForumDigitalCity@virtualcitySYSTEMS.de www.simulation-conference.com/digitalcity 19 virtualcitysystems 2018
virtualcitysystems Questions or further information? Dr.-Ing. Stefan Trometer Director Business Development virtualcitysystems GmbH Marktplatz 2 85567 Grafing b. München Germany Tel: +49-(0)8092-7005-35 E-Mail: strometer@virtualcitysystems.de Internet: www.virtualcitysystems.de 20 virtualcitysystems 2018
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