Apr 12, 2023 · We use this property to formulate an algorithmic framework for exactly finding minimum (A, B)-networks in the Euclidean plane. We also present ...

We use this property to formulate an algorithmic framework for exactly finding minimum (A, B)-networks in the Euclidean plane. We also present several new ...

We use this property to formulate an algorithmic framework for exactly finding minimum (A, B)-networks in the Euclidean plane. We also present several new ...

Given two finite sets A and B of points in the Euclidean plane, a minimum multi-source multi-sink Steiner network in the plane, or a minimum (A, B)-ne.

... Steiner networks share an important basic structural property ... Structural Properties of Minimum Multi-source Multi-Sink Steiner Networks in the Euclidean Plane.

Structural Properties of Minimum Multi-source Multi-Sink Steiner Networks in the Euclidean Plane. A. Westcott, M. Brazil, and C. Ras. J. Optim.

Structural Properties of Minimum Multi-source Multi-Sink Steiner Networks in the Euclidean Plane. J. Optim. Theory Appl. 197(3): 1104-1139 (2023). [j26]. view.

In this paper we give a number of structural results for the problem of constructing minimum-weight 2-connected Steiner networks for a set of terminals in a ...

Structural Properties of Minimum Multi-source Multi-Sink Steiner Networks in the Euclidean Plane. Published in: Journal of Optimization Theory ...

Given two finite sets A and B of points in the Euclidean plane, a minimum multi-source multi-sink Steiner network in the plane, or a minimum (A, B)-network, ...