(Enter summary)
Abstract: Let P be a property of graphs (directed or undirected). We consider the following
problem: given a graph G that has property P , find a minimal spanning subgraph of
G with property P . We describe an algorithm for this problem and prove that it is
correct under some rather weak assumptions about P . We then analyze the number of
iterations of this algorithm. By suitably restricting the graph properties, we devise a
general technique to construct graphs for which the algorithm requires a large... (Update)
Context of citations to this paper: More
...for finding a minimal spanning subgraph of a graph for various properties of undirected graphs. Algorithm 1 was first described in [14] while algorithms 2 and 3 are generalizations of algorithms for finding a minimal 2 edge connected and a minimal biconnected spanning...
Cited by: More
Computing Minimal Spanning Subgraphs in Linear Time - Han, Kelsen, Ramachandran.. (1995)
(Correct)
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0.4: On Finding Minimal Two-Connected Subgraphs - Kelsen, Ramachandran (1992)
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0.3: Approximating The Minimum Equivalent Digraph - Khuller, Raghavachari, Young (1995)
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0.2: Graph Augmentation And Related Problems: Theory And Practice - Hsu (1993)
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BibTeX entry: (Update)
P. Kelsen AND V. Ramachandran, The complexity of finding minimal spanning subgraphs, Tech. Report TR-91-17, 1991, Department of Computer Sciences, University of Texas, Austin, TX 78712. http://citeseer.ist.psu.edu/kelsen91complexity.html More
@techreport{ kelsen91complexity,
author = "Pierre Kelsen and Vijaya Ramachandran",
title = "The Complexity of Finding Minimal Spanning Subgraphs",
number = "CS-TR-91-17",
month = "1,",
year = "1991",
url = "citeseer.ist.psu.edu/kelsen91complexity.html" }
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An efficient algorithm for the 3MIS problem (context) - Dahlhaus, Karpinski - 1989
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