# Efficient reassembling of three-regular planar graphs

@article{Kfoury2020EfficientRO, title={Efficient reassembling of three-regular planar graphs}, author={Assaf J. Kfoury and Benjamin Sisson}, journal={Journal of Combinatorial Optimization}, year={2020}, volume={39}, pages={1153-1207} }

A reassembling of a simple graph $$G = (V,E)$$ G = ( V , E ) is an abstraction of a problem arising in earlier studies of network analysis (Bestavros and Kfoury, in: Proceedings of IFIP working conference on domain-specific 1640 languages (DSL 2011), EPTCS volume 66, 2011; Kfoury, in: Proceedings of SBLP 2011: Brazilian symposium on programming; Kfoury, in Sci Comput Program 93(Part A):19–38; Soule et al., in: Proceedings of 4th international workshop on equation-based object oriented modeling…

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## 2 Citations

A Fixed-Parameter Linear-Time Algorithm to Compute Principal Typings of Planar Flow Networks

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This work presents an alternative and simpler method for computing principal typings of flow networks in fixed-parameter linear-time -- where the parameter not to be exceeded is what is called the edge-outerplanarity of the networks' underlying graphs.

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This work pulls together previously established graph-theoretical results to produce the algorithm in the paper's title, which is based on three easy elementary lemmas.

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