activity
20132020
most citedAn Isometry Theorem for Generalized Persistence Modules

6 citations · 8 across the 7 of their papers we have counts for

collaborators

7 papers

math.AT2020

Tracking the variety of interleavings

Ojaswi Acharya, Stella Li, David Meyer +1

In topological data analysis persistence modules are used to distinguish the legitimate topological features of a finite data set from noise. Interleavings between persistence modu…

math.RT2020

Universal deformation rings of modules for generalized Brauer tree algebras of polynomial growth

David C. Meyer, Roberto C. Soto, Daniel J. Wackwitz

Let be an arbitrary field, be a -algebra and be a -module. When it exists, the universal deformation ring of is a -algebra whose local homomorphis…

math.AT2020

Persistence and Stability of the Quiver

Killian Meehan, David C. Meyer

We introduce two new distances for zigzag persistence modules. The first uses Auslander-Reiten quiver theory, and the second is an extension of the classical interleaving distance.…

math.AT2017★ 2 cited

Interleaving Distance as a Limit

Killian Meehan, David Meyer

Persistent homology is a way of determining the topological properties of a data set. It is well known that each persistence module admits the structure of a representation of a fi…

math.AT2017★ 6 cited

An Isometry Theorem for Generalized Persistence Modules

Killian Meehan, David Meyer

In recent work, generalized persistence modules have proved useful in distinguishing noise from the legitimate topological features of a data set. Algebraically, generalized persis…

math.RA2016

Universal deformation rings for extensions of finite subgoups of

David C. Meyer

In this paper we expand on previous results, studying the extent to which one can detect fusion in certain finite groups , from information about the universal deformation rings…