The extended half-space algorithm conjecture for NET maps
The extended half-space algorithm conjecture for NET maps
Let be a NET map, meaning a nearly Euclidean Thurston map. The extended half-space algorithm is an algorithm based on the extended half-space theorem for deciding whether is equivalent to a rational function.
Extended half-space algorithm conjecture. The extended half-space algorithm decides, in finite time, whether or not is equivalent to a rational function.
The algorithm is motivated by computations suggesting that it almost always determines rational equivalence in practice, but the finite-time termination assertion is not established in the supplied text.
Sources & referencesView supporting material
Primary source
William Floyd, Gregory Kelsey, Sarah Koch, Russell Lodge, Walter Parry, Kevin M. Pilgrim and Edgar Saenz, “Origami, affine maps, and complex dynamics”, arXiv:1612.06449 (2016).
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