In this paper we introduce a variation on the multidimensional segment tree, formed by unifying different interpretations of the dimensionalities of the data structure. We give some new definitions to previously well-defined concepts that arise naturally in this variation, and we show some properties concerning the relationships between the nodes, and the regions those nodes represent. We think these properties will enable the data to be utilized in new situations, beyond those previously studied. As an example, we show that the data structure can be used to solve the Rectangle Intersection Problem in a more straightforward and natural way than had be done in the past
We present a new simple algorithm for computing all intersections between two collections of disjoin...
A graph G with vertex set {v1, v2,..., vn} is an intersection graph of segments if there are segment...
We consider several classes of intersection graphs of line segments in the plane and prove new equal...
In this paper we introduce a variation on the multidi-mensional segment tree, formed by unifying dif...
Identifying intersections among a set of d-dimensional rectangular regions (d-rectangles) is a commo...
AbstractWe investigate how to report all k intersecting pairs among a collection of n x-monotone cur...
AbstractThe fundamental problem of finding all intersections among a set of line segments in the pla...
Suppose that we are given input I, a set of n non-intersecting segments inR2. A query is the triple ...
AbstractLet Er and Eb be two sets of x-monotone and non-intersecting curve segments, E=Er∪Eb and |E|...
There are many practical programming problems that involve finding the longest segment in a given se...
We consider segment intersection searching amidst (possibly intersecting) algebraic arcs in the plan...
Several robotic and computer vision applications depend upon the efficient determination of polygona...
Identifying intersections among a set of d-dimensional rectangular regions (d-rectangles) is a commo...
We investigate how to report all k intersecting pairs among a collection of n x-monotone curve segm...
AbstractThe intersection graph for a family of sets is obtained by associating each set with a verte...
We present a new simple algorithm for computing all intersections between two collections of disjoin...
A graph G with vertex set {v1, v2,..., vn} is an intersection graph of segments if there are segment...
We consider several classes of intersection graphs of line segments in the plane and prove new equal...
In this paper we introduce a variation on the multidi-mensional segment tree, formed by unifying dif...
Identifying intersections among a set of d-dimensional rectangular regions (d-rectangles) is a commo...
AbstractWe investigate how to report all k intersecting pairs among a collection of n x-monotone cur...
AbstractThe fundamental problem of finding all intersections among a set of line segments in the pla...
Suppose that we are given input I, a set of n non-intersecting segments inR2. A query is the triple ...
AbstractLet Er and Eb be two sets of x-monotone and non-intersecting curve segments, E=Er∪Eb and |E|...
There are many practical programming problems that involve finding the longest segment in a given se...
We consider segment intersection searching amidst (possibly intersecting) algebraic arcs in the plan...
Several robotic and computer vision applications depend upon the efficient determination of polygona...
Identifying intersections among a set of d-dimensional rectangular regions (d-rectangles) is a commo...
We investigate how to report all k intersecting pairs among a collection of n x-monotone curve segm...
AbstractThe intersection graph for a family of sets is obtained by associating each set with a verte...
We present a new simple algorithm for computing all intersections between two collections of disjoin...
A graph G with vertex set {v1, v2,..., vn} is an intersection graph of segments if there are segment...
We consider several classes of intersection graphs of line segments in the plane and prove new equal...