EU Research Project

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This project has received funding from the European Union’s Seventh Framework Programme for research, technological development and demonstration under grant agreement no. 266470

Scientific contact

Prof. Dr. Heinrich Bülthoff
Max Planck Institute for Biological Cybernetics
heinrich.buelthoff[at]tuebingen.mpg.de

Further details

Flyer

Download the myCopter flyers:
 
Initiates file downloadmyCopter objectives flyer
 
Initiates file downloadmyCopter results flyer
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  1. FolderHome 
    1. FolderNews and Events 
      1. PageKickoff meeting 
      2. PageAerodays 2011 
      3. PageRAeS conference "The Future Rotorcraft" 
      4. PageFirst project meeting 
      5. PageAbu Dhabi Air Expo 6-8 March 2012 
      6. PageSecond project meeting 
      7. PageMid-term meeting 
      8. PageProject presentations on international conferences in 2012 
      9. PageProject presentations on international conferences in 2013 
      10. PageFourth project meeting 
      11. PageFinal project meeting 
    2. PageObjectives 
    3. FolderConsortium 
      1. PageMax-Planck-Institut für biologische Kybernetik 
      2. PageThe University of Liverpool 
      3. PageÉcole Polytechnique Fédérale de Lausanne 
      4. PageEidgenössische Technische Hochschule Zürich 
      5. PageKarlsruher Institut für Technologie 
      6. PageDeutsches Zentrum für Luft- und Raumfahrt 
    4. FolderStrategy 
      1. PageWP1: Management 
      2. PageWP2: Flight simulation/training 
      3. PageWP3: Human Machine Interface for controlling a PAV 
      4. PageWP4: Control and navigation of a single PAV 
      5. PageWP5: Navigation in the air and interaction with other aircraft 
      6. PageWP6: PAV operational system concepts 
      7. PageWP7: Exploring the socio-technological environment of PAVs 
      8. PageWP8: Dissemination 
    5. FolderResults 
      1. FolderProject Day presentations 
        1. PageGeneral introduction 
        2. PageWelcome address 
        3. PageProject introduction 
        4. PageWP2: Flight simulation and training 
        5. PageWP3: Human-machine interfaces for controlling a PAV 
        6. PageWP4: Control and navigation of a single PAV, Vision-based navigation in GPS restricted environments 
        7. PageWP4/5: Vision-guided automated landing and relative positioning 
        8. PageWP5: Navigation in the air and interaction with other traffic 
        9. PageWP6: PAV operational concepts, PAV Technologies in ground-based and in-flight simulation 
        10. PageWP7: Exploring the socio-technical environment of PAVs 
      2. PageProject Day posters 
      3. FolderProject Day demonstrations 
        1. PageDLR Flying Helicopter Simulator 
        2. PageDLR steering wheel control 
        3. PageMPI haptic simulator 
        4. PageUoL PAV desktop simulation 
        5. PageETHZ vision-based navigation 
        6. PageEPFL-CVLAB landing place assessment 
        7. PageEPFL-LIS collision avoidance swarm demo 
        8. PageKIT World Café 
      4. PagePublic deliverables 
    6. FolderVideos 
      1. PageSteering wheel control 
      2. PageSimulated PAV flight 
      3. PageSwarming and flocking of PAVs 
      4. PageParallel tracking and mapping 
      5. PageReal-time landing place assessment 
    7. PageDownloads 
    8. PagePublications 
    9. FolderPress coverage 
      1. PageArchive 2013 
      2. PageArchive 2012 
      3. PageArchive 2011 
      4. PageLinks to myCopter news Page with links to myCopter news
    10. PageLinks 
  2. FolderPress 
    1. PagePress releases 
    2. PagePress images 
  3. PageContact 
  4. PageMS Wissenschaft 2015 
  5. PageSearch 
  6. PageSitemap 
  7. PageImprint