AbstractIn this paper, we address the problem of covering points with orthogonally convex polygons. In particular, given a point set of size n on the plane, we aim at finding if there exists an orthogonally convex polygon such that each edge of the polygon covers exactly one point and each point is covered by exactly one edge. We show that if such a polygon exists, it may not be unique. We propose an O(nlogn) algorithm to construct such a polygon if it exists, or else report the non-existence in the same time bound. We also extend our algorithm to count all such polygons without hindering the overall time complexity. Finally, we show how to construct all k such polygons in O(nlogn+kn) time. All the proposed algorithms are fast and practical
We consider the Orthogonal Art Gallery problem (oagp) whose goal is to minimize the number of vertex...
Abstract. We consider the problem of covering an orthogonal polygon with a minimum number of axis-pa...
We consider the problem of covering arbitrary polygons with rectangles. The rectangles must lie enti...
AbstractThe problem of covering a polygon with convex polygons has proven to be very difficult, even...
We address the problem of covering points with orthogonal polygons. Specifically, given a set of n g...
AbstractThis paper studies the combinatorial structure of visibility in orthogonal polygons. We show...
In this paper, we propose an exact algorithm to solve the Orthogonal Art Gallery problem in which gu...
Decomposing a polygon into simple shapes is a basic problem in computational geometry, with applicat...
Given a set S of n points in the plane, we compute in time O(n3) the total number of convex polygons...
AbstractThe problem of finding minimum guard covers is NP-hard for simple polygons and open for simp...
In this paper, we propose efficient algorithms for computing the complete and weak visibility polygo...
We consider the combinatorial question of how many convex polygons can be made by using the edges ta...
AbstractThis paper investigates the problem where one is given a finite set of n points in the plane...
AbstractIn this paper we study the problem of reconstructing orthogonal polyhedra from a putative ve...
Given a set S of n points in the plane, we compute in time O(n 3) the total number of convex polygon...
We consider the Orthogonal Art Gallery problem (oagp) whose goal is to minimize the number of vertex...
Abstract. We consider the problem of covering an orthogonal polygon with a minimum number of axis-pa...
We consider the problem of covering arbitrary polygons with rectangles. The rectangles must lie enti...
AbstractThe problem of covering a polygon with convex polygons has proven to be very difficult, even...
We address the problem of covering points with orthogonal polygons. Specifically, given a set of n g...
AbstractThis paper studies the combinatorial structure of visibility in orthogonal polygons. We show...
In this paper, we propose an exact algorithm to solve the Orthogonal Art Gallery problem in which gu...
Decomposing a polygon into simple shapes is a basic problem in computational geometry, with applicat...
Given a set S of n points in the plane, we compute in time O(n3) the total number of convex polygons...
AbstractThe problem of finding minimum guard covers is NP-hard for simple polygons and open for simp...
In this paper, we propose efficient algorithms for computing the complete and weak visibility polygo...
We consider the combinatorial question of how many convex polygons can be made by using the edges ta...
AbstractThis paper investigates the problem where one is given a finite set of n points in the plane...
AbstractIn this paper we study the problem of reconstructing orthogonal polyhedra from a putative ve...
Given a set S of n points in the plane, we compute in time O(n 3) the total number of convex polygon...
We consider the Orthogonal Art Gallery problem (oagp) whose goal is to minimize the number of vertex...
Abstract. We consider the problem of covering an orthogonal polygon with a minimum number of axis-pa...
We consider the problem of covering arbitrary polygons with rectangles. The rectangles must lie enti...