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Topology and Computing

This special session will feature the applications of computing for topology, and vice versa, broadly construed. Organized by Jim Fowler and Ziqin Feng.

Schedule

All times Central Time (US & Canada).

August 11

10:00 AM

A mechanized characterization of coherent $2$-groups — Perry Hart

10:30 AM

Computing path homology chains by inductive construction — Matthew Burfitt

11:00 AM

Sheaf Cohomology and the Algebraic Path Problem — Kaelyn Willingham

11:30 AM

Sequential topological complexity of symmetric products of surfaces — Ekansh Jauhari

August 12

08:30 AM

08:30 AM

Comparison of Precinct and District Voting Data Using Persistent Homology to Identify Gerrymandering in North Carolina — Ananya Shah

09:00 AM

Unmapped Territory for Topological Data Analysis: Mathematics Education — Devin Hensley

09:30 AM

Unveiling Topological Structures in Text & Speech — Adaku Uchendu

10:00 AM

Efficient evader detection in mobile sensor networks — William Ott

02:30 PM

02:30 PM

Persistence-Augmented Neural Networks — Elena Wang

03:00 PM

Representations of Micrograph Geometry for Machine Learning — Benjamin Schweinhart

03:30 PM

Topological Feature Selection for Time Series Data — Johnathan Bush

04:00 PM

Squares inscribed in ray compactifications — Ulises Morales-Fuentes

August 13

08:30 AM

Facets in the Vietoris--Rips complexes of hypercubes — Ziqin Feng

09:00 AM

Homotopy connectivity of Cech complexes of spheres. — Sucharita Mallick

August 14