Abstract

A signed graph is an ordered pair Σ=(G,σ),Σ=(G,σ), where G=(V,E)G=(V,E) is the underlying graph of ΣΣ with a signature function σ:E→{1,−1}σ:E\rightarrow \{1,-1\}. In this article, we define nthn^{th} power of a signed graph and discuss some properties of these powers of signed graphs. As we can define two types of signed graphs as the power of a signed graph, necessary and sufficient conditions are given for an nthn^{th} power of a signed graph to be unique. Also, we characterize balanced power signed graphs.

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