Survey on the Generalized R. L. Moore Problem
Denise M. Halverson, Du\v{s}an Repov\v{s}

TL;DR
This survey reviews recent progress on the generalized R. L. Moore problem, focusing on characterizing codimension one manifold factors and the techniques used to solve specific cases.
Contribution
It provides an updated overview of results and methods related to the longstanding open problem in topology, emphasizing general position techniques.
Findings
Many special cases of the problem have been solved.
Efficient general position techniques are central to these solutions.
The survey highlights ongoing challenges and future directions.
Abstract
We give an updated extended survey of results related to the celebrated unsolved generalized R. L. Moore problem. In particular, we address the problem of characterizing codimension one manifold factors, i.e. spaces having the property that is a topological manifold. A main part of the paper is devoted to many efficient general position techniques, which have been used to solve special cases of this problem.
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Taxonomy
TopicsComputational Geometry and Mesh Generation · Mathematical Approximation and Integration · Advanced Numerical Analysis Techniques
