Long-Term Peatland Condition Assessment via Surface Motion Monitoring Using the ISBAS DInSAR Technique over the Flow Country, Scotland.
Lubna AlshammariDavid J. LargeDoreen S. BoydAndrew SowterRussell AndersonRoxane AndersenStuart H. MarshPublished in: Remote. Sens. (2018)
Keyphrases
- long term
- short term
- recovering shape
- irregularly spaced
- image sequences
- optical flow
- flow field
- deformable surface
- space time
- flow estimation
- image flow
- motion analysis
- real time
- sufficient conditions
- monitoring system
- motion estimation
- three dimensional
- visual motion
- camera motion
- moving objects
- d objects
- motion model
- geometric structure
- velocity field
- smoothness constraint
- motion segmentation
- moving observer
- flow patterns
- image measurements
- surface features
- surface reconstruction
- image motion
- motion field
- precise localization
- motion patterns
- surface geometry
- shape estimation
- range data
- apparent contours
- student progress
- motion tracking
- human motion
- ego motion
- motion capture
- point correspondences
- uncalibrated cameras
- humanoid robot
- motion parameters
- curvature flow
- normal flow
- intensity information
- viewing direction