AbstractWe present efficient geometric algorithms for simplifying polygonal paths in R2 and R3 that have angle constraints, improving by nearly a linear factor over the graph-theoretic solutions based on known techniques. The algorithms we present match the time bounds for their unconstrained counterparts. As a key step in our solutions, we formulate and solve an off-line ball exclusion search problem, which may be of interest in its own right
Giving a (partial) solution to a problem of S. Fekete [3] and S. Fekete and G.J. Woeginger [4] we sh...
In a geometric optimization problem, the goal is to optimize an objective functionsubject to a set o...
AbstractA constructive solid geometry (CSG) conversion for a polygon takes a list of vertices and pr...
We present efficient geometric algorithms for simplifying polygonal paths in R2 and R3 that have ang...
We present efficient geometric algorithms for simplifying polygonal paths in R2 and R3 that have ang...
Problems dealing with the development of efficient algorithms for constructing collision-free paths ...
AbstractWe show that it is NP-hard to find a polygonal path π with a minimum number of turns inside ...
A rectilinear polygon is a polygon whose edges are axis-aligned. Walking counterclockwise on the bou...
We consider the problem of constructing multiple disjoint paths connecting a source point s to a tar...
AbstractLet P be an x-monotone polygonal path in the plane. For a path Q that approximates P let WA(...
AbstractGiven a set X of points in the plane, two distinguished points s,t∈X, and a set Φ of obstacl...
Simplifying polygonal curves at different levels of detail is an important problem with many applica...
Simplifying polygonal curves at different levels of detail is an important problem with many applica...
In this paper we consider the classical min--\# curve simplification problem in three different vari...
ABSTRACT. We show how to efficiently smooth a polygon with an approximating spline that stays to one...
Giving a (partial) solution to a problem of S. Fekete [3] and S. Fekete and G.J. Woeginger [4] we sh...
In a geometric optimization problem, the goal is to optimize an objective functionsubject to a set o...
AbstractA constructive solid geometry (CSG) conversion for a polygon takes a list of vertices and pr...
We present efficient geometric algorithms for simplifying polygonal paths in R2 and R3 that have ang...
We present efficient geometric algorithms for simplifying polygonal paths in R2 and R3 that have ang...
Problems dealing with the development of efficient algorithms for constructing collision-free paths ...
AbstractWe show that it is NP-hard to find a polygonal path π with a minimum number of turns inside ...
A rectilinear polygon is a polygon whose edges are axis-aligned. Walking counterclockwise on the bou...
We consider the problem of constructing multiple disjoint paths connecting a source point s to a tar...
AbstractLet P be an x-monotone polygonal path in the plane. For a path Q that approximates P let WA(...
AbstractGiven a set X of points in the plane, two distinguished points s,t∈X, and a set Φ of obstacl...
Simplifying polygonal curves at different levels of detail is an important problem with many applica...
Simplifying polygonal curves at different levels of detail is an important problem with many applica...
In this paper we consider the classical min--\# curve simplification problem in three different vari...
ABSTRACT. We show how to efficiently smooth a polygon with an approximating spline that stays to one...
Giving a (partial) solution to a problem of S. Fekete [3] and S. Fekete and G.J. Woeginger [4] we sh...
In a geometric optimization problem, the goal is to optimize an objective functionsubject to a set o...
AbstractA constructive solid geometry (CSG) conversion for a polygon takes a list of vertices and pr...