May 9, 2017 · The individualization-refinement paradigm provides a strong toolbox for testing isomorphism of two graphs and indeed, the currently fastest ...
The individualization-refinement paradigm provides a strong toolbox for testing isomorphism of two graphs and indeed, the currently fastest implementations ...
The task of computing a canonical form is to compute a graph isomorphic to a given input graph so that the output only depends on the isomorphism type of the ...
A family of graphs on which algorithms based on the individualization-refinement paradigm require exponential time is constructed and this construction is ...
May 9, 2017 · Furthermore, our graphs also provide exponential lower bounds in the case when the k-dimensional Weisfeiler-Leman algorithm is used to replace ...
The individualization-refinement paradigm provides a strong toolbox for testing isomorphism of two graphs and indeed, the currently fastest implementations ...
The individualization-refinement paradigm provides a strong toolbox for testing isomorphism of two graphs and indeed, the currently fastest implementations ...
An exponential lower bound for individualization-refinement algorithms for graph isomorphism. Neuen, Daniel (Corresponding author); Schweitzer, Pascal.
An exponential lower bound for Individualization-Refinement algorithms for Graph Isomorphism. Neuen, Daniel (Corresponding author); Schweitzer, Pascal ...
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An exponential lower bound for individualization-refinement algorithms for graph isomorphism. D Neuen, P Schweitzer. Proceedings of the 50th Annual ACM SIGACT ...