Incremental minimum spanning tree algorithms
Laura Ciupală, Adrian Marius Deaconu, Delia Elena Spridon
Abstract
Open-access reader
Laura Ciupală, Adrian Marius Deaconu, Delia Elena Spridon
Abstract
Open-access reader
There are several types of problems that can be modeled and solved as minimum spanning tree problems. Sometimes the weighted graph in which we need to determine a minimum spanning tree di ers from another weighted graph, in which a minimum spanning tree is already established, only by an edge weight (which is reduced or augmented by a units). We will describe algorithms that determine minimum spanning trees in the new weighted graphs starting from a minimum spanning tree in the original weighted graph.
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There are several types of problems that can be modeled and solved as minimum spanning tree problems. Sometimes the weighted graph in which we need to determine a minimum spanning tree di ers from another weighted graph, in which a minimum spanning tree is already established, only by an edge weight (which is reduced or augmented by a units). We will describe algorithms that determine minimum spanning trees in the new weighted graphs starting from a minimum spanning tree in the original weighted graph.
Key concepts: Minimum spanning tree, Spanning tree, Euclidean minimum spanning tree, Kruskal's algorithm, Distributed minimum spanning tree, Reverse-delete algorithm, Connected dominating set, k-minimum spanning tree