Add to ORKGThe algorithm presented has been rigorously tested for various sets of data points obtained both from digital images and randomly. In all experiments conducted, without even a rare exception, it converged in exactly two iterations. The conjecture is that the algorithm has a linear time complexity
Let be a set of n colored imprecise points, where each point is colored by one of k colors. Each imp...
AbstractThe Minimum Length Polygon (MLP) is an interesting first order approximation of a digital co...
In this paper, we present a kinetic data structure for calculating the minimum spanning circle of a ...
We consider the century-old problem of finding the minimum spanning circle (MSC) of N points in the ...
International audienceThe Minimum Length Polygon (MLP) is an interesting first order approximation o...
AbstractThe Minimum Length Polygon (MLP) is an interesting first order approximation of a digital co...
International audienceThe Minimum Length Polygon (MLP) is an interesting first order approximation o...
1 Introduction Traditionally, a linear time algorithm has been held as the gold standard of efficien...
This paper proposed an intelligent algorithm, which can build the shortest path of the intersecting ...
To seek the smallest circle containing all the points of a given point set is an interesting problem...
The minimal spanning tree problem is one of the oldest and most basic graph problems in theoretical ...
Let P be a property of undirected graphs. We consider the following problem: given a graph G that ha...
International audienceThe Minimum Length Polygon (MLP) is an interesting first order approximation o...
We present a simple new algorithm for computing minimum spanning trees that is more than two times f...
Let be a set of n colored imprecise points, where each point is colored by one of k colors. Each imp...
Let be a set of n colored imprecise points, where each point is colored by one of k colors. Each imp...
AbstractThe Minimum Length Polygon (MLP) is an interesting first order approximation of a digital co...
In this paper, we present a kinetic data structure for calculating the minimum spanning circle of a ...
We consider the century-old problem of finding the minimum spanning circle (MSC) of N points in the ...
International audienceThe Minimum Length Polygon (MLP) is an interesting first order approximation o...
AbstractThe Minimum Length Polygon (MLP) is an interesting first order approximation of a digital co...
International audienceThe Minimum Length Polygon (MLP) is an interesting first order approximation o...
1 Introduction Traditionally, a linear time algorithm has been held as the gold standard of efficien...
This paper proposed an intelligent algorithm, which can build the shortest path of the intersecting ...
To seek the smallest circle containing all the points of a given point set is an interesting problem...
The minimal spanning tree problem is one of the oldest and most basic graph problems in theoretical ...
Let P be a property of undirected graphs. We consider the following problem: given a graph G that ha...
International audienceThe Minimum Length Polygon (MLP) is an interesting first order approximation o...
We present a simple new algorithm for computing minimum spanning trees that is more than two times f...
Let be a set of n colored imprecise points, where each point is colored by one of k colors. Each imp...
Let be a set of n colored imprecise points, where each point is colored by one of k colors. Each imp...
AbstractThe Minimum Length Polygon (MLP) is an interesting first order approximation of a digital co...
In this paper, we present a kinetic data structure for calculating the minimum spanning circle of a ...