WP 20300 Change Detection 18 month review meeting

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WP 20300 Change Detection 18 month review meeting

• Royal Military Academy RMA, Brussels
• November 16th , 2005
• Vinciane Lacroix

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Initial Objectives

• Have a better understanding of the needs in
  change detection for the security applications
  addressed by GMOSS
• Better interaction of research activities in
  Change Detection, with less overlap, leading to
  agreements to coordinate research road map for
  the future
• Having a shared experience in testing change
  detection methods in security applications
  addressed in GMOSS
• Preparation of a chain of processes to deal with
  applications addressed by GMOSS.
• Better knowledge of GMOSS partners outside the
  Change Detection WP.
• Better preparation for a common project

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Integration within WP 20300

• Partners RMA (lead), DLR, Freiberg, JRC,
  QinetiQ, TNO.
• Shared advances in research
• 4 workshops (all) W3 DLR 05/04, W12 QinetiQ
  09/04, W24 TNO 04/05, W33a RMA 11/05
• Exchange of technical reports and discussion at
  workshops
• at 6 months all partners
• At 12 and 18 months from partners not involved
  in an integrating report
• Visits and staff exchange
• RMA paid a visit to DLR to learn about DLR
  registration procedure
• JRC hosted a student from Freiberg to work on 3D
  modelling based on RS data
• Common work
• Production of a catalogue of change detection
  methods for security applications
• Compilation of an Overall Network Benefit
• Compilation of Change Detection Methods in a
  common framework
• Suggestion for next phase
• Work on common data sets Esfahan data set

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Integration with other WPs

• Workshops
• Presenting WP20300 W13 WP20400 JRC, W16
  WP20100 RMA, W22 WP3000 Z-GIS, W24 WP20900
  TNO, W32 WP20400 TUD 08/05, W33 WP10000 RMA
  11/05
• Presenting work of other WPs ?? WP20400,
  W32 WP20100, W33a WP20600 and WP20800
• Data and Software shared
• Data Esfahan Freiberg OO methods on MAD
  processed Quickbird data by TUD
  Joanneum Radarsat data to build a DTM used by
  JRC for building a 3D model
  TNO comparison of change detection
  methods on Quickbird and Radarsat data
  DLR 3D Extraction of building
  heights
• Software FZJ software used by Freiberg,
  
  DLR
  registration software used by RMA, and
  transferred to FZJ
• Visits and staff exchange
• FZJ at DLR to learn about its registration
  software
  FZJ student at
  Freiberg to work on OO change detection
  
  
  RMA at UNOSAT and at the CNES to prepare
  some collaboration or GMOSS integrating
  activities
• Common work
• Participation to the feature detection
  table (WP20100)
  Publications (2)
  Definiens TNO JRC QinetiQ,
  
  (1) DLR FZJ, (1) Freiberg
  FZJ, (1) Freiberg Definiens

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Whats next objects and targets of integration

• Short term goals
• Integration of methods in at least 2 test cases
  (Optical and Radar-Data)
• evaluation of single performance and combined
  evaluation
• potential for combination of methods for several
  applications
• Integration of data into a common GIS database
• Inter-comparison of results with other WPs
• 3 workshops/year and participation in other WP
  meetings
• Exchange of personnel to learn upon other
  software/methods, also with other WP
• Long term goals
• Integrated processing chain for Change Detection
  applications including co-operation proposal in
  case of security relevant action
• Final Change Detection Catalog, including
  Proposal for most appropriate data and methods
  (depending on application)

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