Publication | Open Access
The computational complexity of knot genus and spanning area
93
Citations
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References
2005
Year
Geometric Graph TheoryDiscrete GeometryEngineeringGeometric AlgorithmGeometryKnot TheoryPolygonal KnotEducationComputational ComplexityEnumerative GeometryDiscrete MathematicsClosed Three-dimensional ManifoldComputational GeometryPl ManifoldComputational Topology
We show that the problem of deciding whether a polygonal knot in a closed three-dimensional manifold bounds a surface of genus at most $g$ is NP-complete. We also show that the problem of deciding whether a curve in a PL manifold bounds a surface of area less than a given constant $C$ is NP-hard.
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