Six groups of topological relations between the six primitives are carefully designed for geo-spatial inquiry and geo-spatial analysis.
To compute DSC semantic, the numerator of equation (1) is replaced by Lin semantic similarity: the presence of a primitive in the intersection between the two sets of primitives is replaced by the best semantic similarity between this primitive and the set of primitives for the other icon [ 24].
The two proposed primitives are called ExportParameter and ImportParameter and are used to pass parameters between two pointcuts.
In our work, finding the transitions between consecutive movement primitives is treated as multiclass classification problem.
By controlling the AR.Drone 2.0, four motor primitives are generated and combined as a graph-based motor primitive.
Intersection and best similarities between these primitives are shown in Table 1.
These two types of mapping primitives are able to determine corresponding anatomical regions across images.
Because the scheme is local, there is no a priori assumption that the whole contours comply with a certain mathematical description: we only assume that the contour is smooth between two proximate primitives, and model this using Hermite interpolation.
MultiCache is based on two primitives: multicast and caching.
The recognition technique is based on subgraph isomorphism and exploits a novel spatial descriptor, based on polar histograms, to represent relations between two stroke primitives.
