Research Training Group METRIK

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These are my slides for the 2012 meeting of all german DFG founded research training groups (Graduiertenkolleg) in computer science. I present the group METRIK.

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Research Training Group METRIK

  1. 1. Meeting of the Computer Science DFG Research Training Groups 2012, Schloss DagstuhlResearch Training Group METRIK (GRK 1324) http://metrik.informatik.hu-berlin.de/ Joachim Fischer, Markus Scheidgen Humboldt Universität zu Berlin 6/19/2012 6/19/2012
  2. 2. ModellbasierteEntwicklungvon Technologien fürselbstorganisierendedezentraleInformations-systeme imKatastrophen-management
  3. 3. EarthquakeEarly Warning Smart Citieshttp://www.saferproject.net/ 3
  4. 4. Research Fields model driven engineering experiment infrastructure distributed data analysisapplication decentralized information systems self-organizing wireless networks sensors phenomenon workflow management
  5. 5. Concrete Research Topicsearth quake early warning automated experimentation domain specific languages cloud computing based analysis data replication in WMNs 802.11, MIMO, routing, alarming protocols, threshold cryptography accelerometer seismic activity Petri-net based service composition
  6. 6. Markus Scheidgen: Research Training Group METRIK METRIK’s Chronicle2006 2007 2008 2009 2010 2011 2012 2013 2014 METRIK I METRIK II 2 post-docs 2 post-docs11 doctoral candidates 11 doctoral candidates 13 doctoral candidates doctoral candidates 6Disaster management & Smart Citiesearthquake early warning Continuous research and application ofFoundational research previous findings 6
  7. 7. Markus Scheidgen: Research Training Group METRIK METRIK’s Chronicle2006 2007 2008 2009 2010 2011 2012 2013 2014 METRIK I METRIK II 2 post-docs 2 post-docs11 doctoral candidates 11 doctoral candidates 13 doctoral candidates doctoral candidates 6Disaster management & Smart Citiesearthquake early warning Continuous research and application ofFoundational research previous findingsHWL - A testbed for Experiments with WSN/WMNswireless sensor networks (WSN) &wireless mesh-networks (WMN) 7
  8. 8. Markus Scheidgen: Research Training Group METRIK HWL: Humboldt Wireless Lab WSNs HWL – A test-bed for HP-WSNs HP-WSNs data analysis G data analysis data request results results analysis resultsZubow, Sombrutzki: A Low-cost MIMO Mesh Testbed based on 802.11n, IEEE Wireless Communications and NetworkingConference (WCNC), France, 2012Scheidgen, Zubow: HWL – A High Performance Wireless Sensor Research Network, IEEE International Conference on NetworkedSensing Systems (INSS), Belgium, 2012 8
  9. 9. Markus Scheidgen: Research Training Group METRIK 9 HWL: Hardware
  10. 10. ‣120+ Nodes‣indoor and outdoor‣dense and sparse‣short and long links‣stationary and mobil nodes
  11. 11. Markus Scheidgen: Research Training Group METRIK HWL: Current Research Topics§ Opportunistic Routing, Network Coding, MIMO§ Indoor Localization1§ Mobil Nodes§ Security for WSN/WMN§ Model Driven Software Development§ Experiment Frameworks 2§ Federation with the test-bed at the Freie Universität Berlin 1 http://www.youtube.com/watch?v=HJZRfLITxQw 2 http://www.youtube.com/watch?v=c3RmUXvczV0 12
  12. 12. Markus Scheidgen: Research Training Group METRIK HWL: Experimentation with ClickWatch 1 4design & control experiments draw conclusions 2 3 collect & manage data analyze & visualizeScheidgen, Zubow, Sombrutzki: ClickWatch - An Experimentation Framework for Communication Network Test-beds, IEEEWireless Communications and Networking Conference (WCNC), France, 2012 13
  13. 13. Markus Scheidgen: Research Training Group METRIK Summary§ 802.11 based wireless sensor networks in urban contexts§ Six years allow to apply earlier findings within the same RTG§ Hardware and software infrastructures that http://www.slideshare.net/markus_scheidgen/research-training-group-metrik will last 14
  14. 14. Markus Scheidgen: Research Training Group METRIK 15 Further Examples for METRIK Work
  15. 15. Markus Scheidgen: Research Training Group METRIK time Sensors: Traffic Surveillance amplitude x spectral participation of 5-15 Hz
  16. 16. DSL: A Workbench for the Development of Nano- Markus Scheidgen: Research Training Group METRIK Structures Xtext-generated editor for NanoDSL with additional features Model-to-model Model-to-text transformation transformations 2d visualization of nanostructures multiple simulation scriptsWider, Schmidt, Kühnlenz, Fischer: A Model-Driven Workbench for Simulation-Based Development of Optical Nanostructures. In:2nd International Conference on Computer Modelling and Simulation, Czech Republic, 2011 17
  17. 17. Markus Scheidgen: Research Training Group METRIK 18 ? Data

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