Tukey depth

http://dbpedia.org/resource/Tukey_depth

In computational geometry, the Tukey depth is a measure of the depth of a point in a fixed set of points. The concept is named after its inventor, John Tukey. Given a set of points in d-dimensional space, a point p has Tukey depth k where k is the smallest number of points in any closed halfspace that contains p. For example, for any extreme point of the convex hull there is always a (closed) halfspace that contains only that point, and hence its Tukey depth is 1. rdf:langString
rdf:langString Tukey depth
xsd:integer 34627868
xsd:integer 1059158712
rdf:langString In computational geometry, the Tukey depth is a measure of the depth of a point in a fixed set of points. The concept is named after its inventor, John Tukey. Given a set of points in d-dimensional space, a point p has Tukey depth k where k is the smallest number of points in any closed halfspace that contains p. For example, for any extreme point of the convex hull there is always a (closed) halfspace that contains only that point, and hence its Tukey depth is 1.
xsd:nonNegativeInteger 923

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