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  Radial level planarity testing and embedding in linear time (2003) [10 citations — 5 self]

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by Christian Bachmaier, Franz J. Br, Michael Forster
Journal of Graph Algorithms and Applications
http://www.michael-forster.de/publications/MIP-0303.pdf
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Abstract:

Abstract. Every planar graph has a concentric representation based on a breadth first search, see [24]. The vertices are placed on concentric circles and the edges are routed as curves without crossings. Here we take the opposite view. A graph with a given partitioning of its vertices onto k concentric circles is k-radial planar, if the edges can be routed monotonic between the circles without crossings. Radial planarity is a generalisation of level planarity, where the vertices are placed on k horizontal lines. We extend the technique for level planarity testing of [13, 14, 16–18, 20] and show that radial planarity is decidable in linear time, and that a radial planar embedding can be computed in linear time. 1

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