Computers and Intractability: A Guide to the Theory of NP-Completeness
Computers and Intractability: A Guide to the Theory of NP-Completeness
Decomposable trees: a polynomial algorithm for tripodes
Discrete Applied Mathematics
Fully Decomposable Split Graphs
Combinatorial Algorithms
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We discuss various questions around partitioning a split graph into connected parts. Our main result is a polynomial time algorithm that decides whether a given split graph is fully decomposable, that is, whether it can be partitioned into connected parts of orders @a"1,@a"2,...,@a"k for every @a"1,@a"2,...,@a"k summing up to the order of the graph. In contrast, we show that the decision problem whether a given split graph can be partitioned into connected parts of orders @a"1,@a"2,...,@a"k for a given partition @a"1,@a"2,...,@a"k of the order of the graph, is NP-hard.