AbstractIn this paper the geometrical problem of constructing the largest circle inscribed in a (given) convex polygon is solved in 0(n) time. This problem is related to the construction of the skeleton of the polygon, which construction is shown to be accomplishable in 0(n log n) time
Given a convex polygon P with n vertices, we present algorithms to determine approximations of the l...
We present a new algorithm for computing the straight skeleton of a polygon. For a polygon with n ve...
This paper considers the problem of finding of 2 largest equal-radius non-overlapping circles in a s...
This paper considers the geometric optimization problem of finding the Largest area axis-parallel Re...
AbstractThis paper considers the geometric optimization problem of finding the Largest area axis-par...
AbstractWe consider approximation algorithms for the problem of computing an inscribed rectangle hav...
AbstractWe consider approximation algorithms for the problem of computing an inscribed rectangle hav...
AbstractThis paper considers the geometric optimization problem of finding the Largest area axis-par...
Geometric optimization, an important field of computational geometry, finds the best possible soluti...
We consider approximation algorithms for the problem of computing an inscribed rectangle having larg...
AbstractThis paper investigates the problem where one is given a finite set of n points in the plane...
The problem of determining the convex hull of a simple polygon has received a lot of attention in th...
We study the problem of finding maximum-area and maximum-perimeter rectangles that are inscribed in ...
We study the problem of finding maximum-area rectangles contained in a polygon in the plane. There h...
AbstractWe give three related algorithmic results concerning a simple polygon P:1.Improving a series...
Given a convex polygon P with n vertices, we present algorithms to determine approximations of the l...
We present a new algorithm for computing the straight skeleton of a polygon. For a polygon with n ve...
This paper considers the problem of finding of 2 largest equal-radius non-overlapping circles in a s...
This paper considers the geometric optimization problem of finding the Largest area axis-parallel Re...
AbstractThis paper considers the geometric optimization problem of finding the Largest area axis-par...
AbstractWe consider approximation algorithms for the problem of computing an inscribed rectangle hav...
AbstractWe consider approximation algorithms for the problem of computing an inscribed rectangle hav...
AbstractThis paper considers the geometric optimization problem of finding the Largest area axis-par...
Geometric optimization, an important field of computational geometry, finds the best possible soluti...
We consider approximation algorithms for the problem of computing an inscribed rectangle having larg...
AbstractThis paper investigates the problem where one is given a finite set of n points in the plane...
The problem of determining the convex hull of a simple polygon has received a lot of attention in th...
We study the problem of finding maximum-area and maximum-perimeter rectangles that are inscribed in ...
We study the problem of finding maximum-area rectangles contained in a polygon in the plane. There h...
AbstractWe give three related algorithmic results concerning a simple polygon P:1.Improving a series...
Given a convex polygon P with n vertices, we present algorithms to determine approximations of the l...
We present a new algorithm for computing the straight skeleton of a polygon. For a polygon with n ve...
This paper considers the problem of finding of 2 largest equal-radius non-overlapping circles in a s...