AbstractSuppose we are given 2n distinct points in the plane, no three of which are collinear, n of which are colored blue and the remaining n are colored red. The problem we consider is that of finding a one to one correspondence between red and blue points such that if we join every pair of corresponding points by a straight line segment, then no two of the resulting n segments intersect. We give an O(n log2 n) time algorithm for computing the desired one to one correspondence
International audienceGiven a matching between n red points and n blue points by line segments in th...
A bottleneck plane perfect matching of a set of n points in R2 is defined to be a per-fect non-cross...
Abstract: This paper deals with a new algorithm for finding intersecting pairs from given...
Given a set of n red points and n blue points in the plane, we are interested to match the red point...
AbstractLet S be a set with n=w+b points in general position in the plane, w of them white, and b of...
Given a set of n red points and n blue points in the plane, we are interested to match the red point...
AbstractLet S be a set with n=w+b points in general position in the plane, w of them white, and b of...
Let S be a point set in the plane such that each of its elements is colored either red or blue. A ma...
Abstract. Given a set of n blue and n red points in general position in the plane, it is well-known ...
In the approximate Euclidean min-cost perfect matching problem, we are a given a set V of 2n points ...
Given <em>n</em> red and <em>n</em> blue points in general position in the plane, it is well-known t...
Given n red and n blue points in general position in the plane, it is well-known that there is a per...
Consider a pair of plane straight-line graphs whose edges are colored red and blue, respectively, an...
Let P be a set of n points in general position in the plane which is partitioned into color classes....
Given a matching between n red points and n blue points by line segments in the plane, we consider t...
International audienceGiven a matching between n red points and n blue points by line segments in th...
A bottleneck plane perfect matching of a set of n points in R2 is defined to be a per-fect non-cross...
Abstract: This paper deals with a new algorithm for finding intersecting pairs from given...
Given a set of n red points and n blue points in the plane, we are interested to match the red point...
AbstractLet S be a set with n=w+b points in general position in the plane, w of them white, and b of...
Given a set of n red points and n blue points in the plane, we are interested to match the red point...
AbstractLet S be a set with n=w+b points in general position in the plane, w of them white, and b of...
Let S be a point set in the plane such that each of its elements is colored either red or blue. A ma...
Abstract. Given a set of n blue and n red points in general position in the plane, it is well-known ...
In the approximate Euclidean min-cost perfect matching problem, we are a given a set V of 2n points ...
Given <em>n</em> red and <em>n</em> blue points in general position in the plane, it is well-known t...
Given n red and n blue points in general position in the plane, it is well-known that there is a per...
Consider a pair of plane straight-line graphs whose edges are colored red and blue, respectively, an...
Let P be a set of n points in general position in the plane which is partitioned into color classes....
Given a matching between n red points and n blue points by line segments in the plane, we consider t...
International audienceGiven a matching between n red points and n blue points by line segments in th...
A bottleneck plane perfect matching of a set of n points in R2 is defined to be a per-fect non-cross...
Abstract: This paper deals with a new algorithm for finding intersecting pairs from given...