3D lab
Lead
Geologische Anwendungen
Campus Golm
Building 27, Room 2.27
Karl-Liebknecht-Str. 24-25
14476 Potsdam-Golm
Geophysikalische Anwendungen
Dr. Matthias Ohrnberger
Campus Golm
Building 27, Room 1.37
Karl-Liebknecht-Str. 24-25
14476 Potsdam-Golm
Overview
The 3D lab is a project of the University of Potsdam within the PROGRESS Cluster.
A new lab for stereoscopic projection and analysis of three- or multidimensional data (3D laboratory) has been set up at the profile area Earth Sciences at the University of Potsdam. The focus of the lab is to project complex data sets spatially in order to visually analyze data structures and their internal relationships. Simultaneously, sonification and haptification techniques should be used to detect spatiotemporal patterns.
The laboratory comprises a computer cluster and a visualization platform. The computer cluster manages the massive amounts of data, performs calculations and controls the visualization. The visualization platform allows the temporal-spatial representation of the data through special projection technology. Viewers can interact with the projection system and thus grasp the multidimensional relationships. A tracking system with various interactive tools allows this in-situ communication with the data.
In addition to its scientific use, the lab is of central importance for industrial cooperation. Numerous large and medium-sized companies have registered a need to use the lab. In the course of more intensive cooperation, new (third-party funded) projects with industrial participation have been promised. The laboratory is an integral part of the BMBF joint project PROGRESS and is integrated into the pearls and Geo.X research alliances. Financing comes from federal funds.
Poster Präsentation des 3D-Labors, EGU 2011
Media (german): Südkurier 2011 MAZ 2011 RBB-Online 2013
Equipment
CAVE Software
- Arc Scene
- Petrel
- Visit
- MOVE
- ParaView
- Fledermaus
- VRML
- Google Earth and Google Sketchup
- ... and more (please contact us for more detailed information)
Technical specifications
- 3 sided Cave
- 2 screens at a 90 ° angle (rear projection)
- 1 floor projection (front projection)
- each 3.84 m x 2.40 m
- 3 projectors Barco NW - 12
- Resolution 1920x1200px (WUXGA)
- Connection via DVI, RGBHV, VGA
- Control via Ethernet
- Stereo projections
- Active Stereo
- Active Infitec
- 4 4 graphic workstations
- 3 computers for the screens: Intel Xeon X5550, 12 GB main memory, NVIDIA Quadro M 5000
- 1 control computer: 2 x Intel Xeon X5550, 24 GB main memory, NVIDIA M 5000
- A.R.T.-Tracking system
- optical tracking system
- six cameras
- Input device: Flystick 3, finger tracking
- Media control
- Crestron
- Sound system
- Denon 7.1 Receiver
- Teufel 7.1 Soundsystem
Projects
Projects 3D lab Golm
The use of the 3D laboratory is regulated by the Earth Sciences profile area. In principle, the labis open to all scientific users, with 90% being used for research and 10% for teaching.
Selected projects and events:
Projects | |
Kohat area | Ghani/Sobel/Zeilinger Three-dimensional analysis of tectonic-morphological structures in the subsurface; Overlap of morphological data with surface characteristics (e.g. remote sensing data) |
Kirgisia trench | Patyniak/Landgraf/Zeilinger 3D characterization of the subsurface near the surface |
Alborz | Balling/Ballato/Zeilinger Three-dimensional analysis of tectonic-morphological structures in the subsurface |
Tonco area | Payrola/Zeilinger Three-dimensional analysis and subsurface sedimentary basins and characterization for reservoir exploration; Geological and stratigraphic modeling |
Allai valley (Nura) | Teshebaeva/Echtler/Sobel/Zeilinger Three-dimensional analysis of tectonic-morphological structures in the subsurface; Overlap of morphological data with surface characteristics (e.g. remote sensing data) |
67P/Churyumov-Gerasimenko | Pedroza/Arnold/Zeilinger Three-dimensional "landscape" visualization. |
Representation of the fault structure in North Pamir (Kyrgyzstan) |
Three-dimensional analysis of tectonic-morphological structures in the subsurface; Overlap of morphological data with surface characteristics (e.g. remote sensing data) |
Deformation in the Bolivian Subandes | Hadeen/Zeilinger Three-dimensional analysis of tectonic-morphological structures in the subsurface; Overlap of morphological data with surface characteristics (e.g. remote sensing data) |
Chilean Coast | Jarra/Melnick |
hydrologische Simulation | Becker/Korup |
Taiwan | Cook, GFZ |
Tomographie-Modell Pamir | Sippl, GFZ |
Imersive pointing device | Schlegel, Buschmann (HPI), Zeilinger Support of partners / users in the 3D and stereo visualization of large amounts of data, large amounts of data, presentations, software development |
Bayesian networks | Riggelsen |
Salar de Pocitos | Freymark |
Teaching | |
Southern France | Teaching GIS (BScW06) |
Weisseritz | Geosimulator (A. Walz), 2013-2015 |
Bolivia | Teaching GIS (BScW24) |
div. areas | Teaching GIS (MGEW16) |
Pedraforca | Teaching mapping (MGEW11) |
div. areas | Visiting Petroleum Geoscience class FU Berlin (2013, 2014) |
Pervasive Computing | Lucke, April, 2013 |
Geo.X Summer School | 2013 |
Demonstrations | |
China Geological Survey | December 2016 |
ComO-QM Audit in Potsdam | June 2016 |
Kanzler und Dekan Universität Mazar/Balkh | May 2013 |
Videodreh für eine virtuelle 360°-Campusführung | May 2015 |
Lange Nacht der Wissenschaft | 2011/12 |
Lehrstuhl für Komplexe Multimediale Anwendungs-architekturen | April 2013 |
Universidad National de Bogota | 2012 |
DAAD | 2012 |
Chinese collaboration partner (TIPTIMON) | 2012 |
Kolumbianische Botschaft | 2012 |
Hasso-Plattner-Institut, 3D-Stadtmodelle | 2011 |
Petrobras Brasilien | 2011 |
3D Reality Maps GmbH | 2011 |
ASTRIUM GmbH | 2011/12 |
Landesvermessung BRB | September 2011 |
CEBBIS International Seminar | 2011 |