Bringing the Semantics into Digital Shapes: the AIM@SHAPE Approach.
Bianca FalcidienoPublished in: Eurographics Italian Chapter Conference (2007)
Keyphrases
- shape analysis
- shape model
- shape descriptors
- shape representation
- shape recognition
- shape matching
- shape description
- shape retrieval
- shape classification
- shape variability
- shape space
- shape modeling
- shape similarity
- medial axis
- shape variations
- geometric shapes
- hausdorff distance
- planar shapes
- shape prior
- shape decomposition
- complex shapes
- fourier descriptors
- statistical shape model
- shape correspondence
- geometrical properties
- shape parameters
- image contours
- shape features
- corpus callosum
- topological features
- deformable shapes
- contour points
- open or closed
- closed curves
- formal semantics
- logic programming
- shape properties
- object shapes
- arbitrary shape
- hand drawn
- free form surfaces
- multiscale
- arbitrary dimension
- polygonal approximation
- global shape
- digital curves
- shape context
- semantic information
- chain code
- statistical shape
- shape constraints
- shape recovery
- shape deformations
- d objects
- image segmentation
- rotationally symmetric