Classification of $k$-tangle projections using cascade representation
Andrey Bogdanov, Vadim Meshkov, Alexander Omelchenko, Michael Petrov

TL;DR
This paper introduces a cascade diagram method for classifying $k$-tangle projections, enabling effective enumeration and tabulation of projections with up to 12 crossings, advancing knot theory computational tools.
Contribution
The paper presents a novel cascade representation for $k$-tangle projections and an enumeration algorithm, expanding the catalog of known tangle projections.
Findings
Tabulated $k$-tangle projections with up to 12 crossings
Provided images of alternating $k$-tangles with 5 crossings or fewer
Developed an effective enumeration algorithm
Abstract
The paper addresses the -tangle enumeration problem. We introduce a notion of cascade diagram for -tangle projections. An effective enumeration algorithm for projections is proposed based on cascade representation. Tangles projections with up to 12 crossings are tabulated. We provide also pictures of alternating -tangles with 5 crossing or less.
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Taxonomy
TopicsGeometric and Algebraic Topology · Advanced Combinatorial Mathematics · Topological and Geometric Data Analysis
