The classical Steiner problem is the problem of finding the shortest graph connecting a given finite set of points. In this seminar we review the classical problem and introduce a new, generalized formulation, which extends the original one to infinite sets in metric spaces
While a spanning tree spans all vertices of a given graph, a Steiner tree spans a given subset of ve...
The Steiner tree problem requires to find a shortest tree connecting a given set of terminal points ...
In the generalized connectivity problem, we are given an edge-weighted graph G = (V,E) and a collect...
The classical Steiner problem is the problem of nding the shortest graph connecting a given finite s...
The classical Steiner problem is the problem of nding the shortest graph connecting a given finite s...
The classical Steiner Problem may be stated: Given n points [formula omitted] in the Euclidean plan...
AbstractSteiner's Problem is the “Problem of shortest connectivity”, that means, given a finite set ...
The Steiner problem asks for a shortest network which spans a given set of points. Minimum spanning ...
Given a complete metric space X and a compact set C⊂X , the famous Steiner (or minimal connection) p...
This book is a collection of articles studying various Steiner tree prob lems with applications in ...
A Steiner Minimal Tree (SMT) for a given set P of points is a shortest network interconnecting the p...
AbstractLet N be a finite set in a metric space. A Steiner-minimal-tree (SMT) for N is a tree interc...
AbstractLet Σ be a set of n points in the plane. The minimal network for Σ is the tree of shortest t...
: Given a set of N cities, construct a connected network which has minimum length. The problem is si...
© by the author(s). Currently, the development of road networks is growing rapidly. There is a need ...
While a spanning tree spans all vertices of a given graph, a Steiner tree spans a given subset of ve...
The Steiner tree problem requires to find a shortest tree connecting a given set of terminal points ...
In the generalized connectivity problem, we are given an edge-weighted graph G = (V,E) and a collect...
The classical Steiner problem is the problem of nding the shortest graph connecting a given finite s...
The classical Steiner problem is the problem of nding the shortest graph connecting a given finite s...
The classical Steiner Problem may be stated: Given n points [formula omitted] in the Euclidean plan...
AbstractSteiner's Problem is the “Problem of shortest connectivity”, that means, given a finite set ...
The Steiner problem asks for a shortest network which spans a given set of points. Minimum spanning ...
Given a complete metric space X and a compact set C⊂X , the famous Steiner (or minimal connection) p...
This book is a collection of articles studying various Steiner tree prob lems with applications in ...
A Steiner Minimal Tree (SMT) for a given set P of points is a shortest network interconnecting the p...
AbstractLet N be a finite set in a metric space. A Steiner-minimal-tree (SMT) for N is a tree interc...
AbstractLet Σ be a set of n points in the plane. The minimal network for Σ is the tree of shortest t...
: Given a set of N cities, construct a connected network which has minimum length. The problem is si...
© by the author(s). Currently, the development of road networks is growing rapidly. There is a need ...
While a spanning tree spans all vertices of a given graph, a Steiner tree spans a given subset of ve...
The Steiner tree problem requires to find a shortest tree connecting a given set of terminal points ...
In the generalized connectivity problem, we are given an edge-weighted graph G = (V,E) and a collect...