The poster session took place on October 8th, 2021, and consisted of three time blocks.
Embedded Files
Block 1: 11:00am-11:30am Eastern
Block 1: 11:00am-11:30am Eastern
Chunyin Siu (Alex): All Holes Can Be Measured, But Some Holes Are Noisier Than Others
Chunyin Siu (Alex): All Holes Can Be Measured, But Some Holes Are Noisier Than Others
ChunyinSiu.pdfAll Holes Can Be Measured, But Some Holes Are Noisier Than Others
All Holes Can Be Measured, But Some Holes Are Noisier Than Others
Chunyin Siu (Alex)
Ilya Alexeev: New classes of minimal knot diagrams
Ilya Alexeev: New classes of minimal knot diagrams
IlyaAlexeev.pdfNew classes of minimal knot diagrams
New classes of minimal knot diagrams
Ilya Alexeev
Ka Man (Ambrose) Yim: Topological Inference of Morse Indices
Ka Man (Ambrose) Yim: Topological Inference of Morse Indices
KaManYim.pdfTopological Inference of Morse Indices.
Topological Inference of Morse Indices.
Ka Man (Ambrose) Yim
Kristóf Huszár: Towards Thin Triangulations of 3-Manifolds
Kristóf Huszár: Towards Thin Triangulations of 3-Manifolds
KristofHuszar.pdfTowards Thin Triangulations of 3-Manifolds
Towards Thin Triangulations of 3-Manifolds
Kristóf Huszár
Manuel Soriano-Trigueros: Inducing Partial Matchings from Persistence Modules
Manuel Soriano-Trigueros: Inducing Partial Matchings from Persistence Modules
ManuelSorianoTrigueros.pdfInducing Partial Matchings from Persistence Modules
Inducing Partial Matchings from Persistence Modules
Manuel Soriano-Trigueros
Raghavendra Sridharamurthy: Local Merge Tree Edit Distance (LMTED)
Raghavendra Sridharamurthy: Local Merge Tree Edit Distance (LMTED)
RaghavendraSridharamurthy.pdfLocal Merge Tree Edit Distance (LMTED)
Local Merge Tree Edit Distance (LMTED)
Raghavendra Sridharamurthy
Siddharth Vishwanath: Robust Persistence Diagrams using Reproducing Kernels
Siddharth Vishwanath: Robust Persistence Diagrams using Reproducing Kernels
SiddharthVishwanath.pdfRobust Persistence Diagrams using Reproducing Kernels
Robust Persistence Diagrams using Reproducing Kernels
Siddharth Vishwanath
Weiyi Xiao: Topological Structure of Human Gaze on Natural Image Space
Weiyi Xiao: Topological Structure of Human Gaze on Natural Image Space
WeiyiXiao.pdfTopological Structure of Human Gaze on Natural Image Space
Topological Structure of Human Gaze on Natural Image Space
Weiyi Xiao
Dhananjay Bhaskar: TDA of Dynamical Phase Transitions in Cancer & Developmental Biology
Dhananjay Bhaskar: TDA of Dynamical Phase Transitions in Cancer & Developmental Biology
Dhananjay_Bhaskar_AATRN.pdfTDA of Dynamical Phase Transitions in Cancer & Developmental Biology
TDA of Dynamical Phase Transitions in Cancer & Developmental Biology
Dhananjay Bhaskar
Block 2: 11:30am-12:00am Eastern
Block 2: 11:30am-12:00am Eastern
Abigail Hickok: Density-Scaled Filtrations
Abigail Hickok: Density-Scaled Filtrations
AbigailHickok.pdfDensity-Scaled Filtrations
Density-Scaled Filtrations
Abigail Hickok
Alexey Yu. Miller: Gordian Graphs
Alexey Yu. Miller: Gordian Graphs
AlexeyMiller_compressed.pdfGordian Graphs
Gordian Graphs
Alexey Yu. Miller
Jehan Ghafuri: Topological Aspects and Impact of CNN Filters on Classification Decisions
Jehan Ghafuri: Topological Aspects and Impact of CNN Filters on Classification Decisions
JehanGhafuri.pdfTopological Aspects and Impact of CNN Filters on Classification Decisions
Topological Aspects and Impact of CNN Filters on Classification Decisions
Jehan Ghafuri
Nicholas Sale: Using Persistent Homology to Analyze Phase Transitions
Nicholas Sale: Using Persistent Homology to Analyze Phase Transitions
NicholasSale.pdfUsing Persistent Homology to Analyze Phase Transitions
Using Persistent Homology to Analyze Phase Transitions
Nicholas Sale
Péguy Kem-Meka Tiotsop Kadzue: Topological Data Analysis : Tomato Clustering
Péguy Kem-Meka Tiotsop Kadzue: Topological Data Analysis : Tomato Clustering
PeguyKemMekaTiotsopKadzue.pdfTopological Data Analysis: Tomato Clustering
Topological Data Analysis: Tomato Clustering
Péguy Kem-Meka Tiotsop Kadzue
Thevasha Sathiyakumar: Statistical Inference on Time-Varying Persistence Landscape Surface for Analyzing Coherent Behavior of Cancerous Cells
Thevasha Sathiyakumar: Statistical Inference on Time-Varying Persistence Landscape Surface for Analyzing Coherent Behavior of Cancerous Cells
ThevashaSathiyakumar.pdfStatistical Inference on Time-Varying Persistence Landscape Surface for Analyzing Coherent Behavior of Cancerous Cells
Statistical Inference on Time-Varying Persistence Landscape Surface for Analyzing Coherent Behavior of Cancerous Cells
Thevasha Sathiyakumar
Waqar Hussain Shah: Statistics on the Space of Persistent Diagrams with Applications
Waqar Hussain Shah: Statistics on the Space of Persistent Diagrams with Applications
WaqarShah.pdfStatistics on the Space of Persistent Diagrams with Applications
Statistics on the Space of Persistent Diagrams with Applications
Waqar Hussain Shah
Block 3: 12:00am-12:30am Eastern
Block 3: 12:00am-12:30am Eastern
Christian Hirsch: Testing Goodness of Fit for Point Processes via Topological Data Analysis
Christian Hirsch: Testing Goodness of Fit for Point Processes via Topological Data Analysis
ChristianHirsch.pdfTesting Goodness of Fit for Point Processes via Topological Data Analysis
Testing Goodness of Fit for Point Processes via Topological Data Analysis
Christian Hirsch
Erlend Raa Vågset: Finding Geometrically Concise Representations of Homology
Erlend Raa Vågset: Finding Geometrically Concise Representations of Homology
ErlendRaaVagset.pdfFinding Geometrically Concise Representations of Homology
Finding Geometrically Concise Representations of Homology
Erlend Raa Vågset
Justin Curry: Decorated Merge Trees for Persistent Topology
Justin Curry: Decorated Merge Trees for Persistent Topology
JustinCurry.pdfDecorated Merge Trees for Persistent Topology
Decorated Merge Trees for Persistent Topology
Justin Curry
Kaelyn Willingham: Topological Properties of Random Cubical Subcomplexes of the n-Cube
Kaelyn Willingham: Topological Properties of Random Cubical Subcomplexes of the n-Cube
KaelynWillingham.pdfTopological Properties of Random Cubical Subcomplexes of the n-Cube
Topological Properties of Random Cubical Subcomplexes of the n-Cube
Kaelyn Willingham
Marissa Masden: Understanding ReLU Activation Patterns through the Sign Sequence Cubical Complex
Marissa Masden: Understanding ReLU Activation Patterns through the Sign Sequence Cubical Complex
MarissaMasden.pdfUnderstanding ReLU Activation Patterns through the Sign Sequence Cubical Complex
Understanding ReLU Activation Patterns through the Sign Sequence Cubical Complex
Marissa Masden
Rolando Kindelan-Nuñez: FILSIMCO: a Visualization Tool for Filtered Simplicial Complexes
Rolando Kindelan-Nuñez: FILSIMCO: a Visualization Tool for Filtered Simplicial Complexes
RolandoKindelan.pdfFILSIMCO: a Visualization Tool for Filtered Simplicial Complexes
FILSIMCO: a Visualization Tool for Filtered Simplicial Complexes
Rolando Kindelan-Nuñez
Russel Funk: The Emergence of Higher-Order Structure in Scientific and Technological Knowledge Networks
Russel Funk: The Emergence of Higher-Order Structure in Scientific and Technological Knowledge Networks
RussellFunk.pdfThe Emergence of Higher-Order Structure in Scientific and Technological Knowledge Networks
The Emergence of Higher-Order Structure in Scientific and Technological Knowledge Networks
Russel Funk
Samantha Moore: Generalized Persistence Diagrams as an Extension of Elder-Rule-Staircodes
Samantha Moore: Generalized Persistence Diagrams as an Extension of Elder-Rule-Staircodes
SamanthaMoore.pdfGeneralized Persistence Diagrams as an Extension of Elder-Rule-Staircodes
Generalized Persistence Diagrams as an Extension of Elder-Rule-Staircodes
Samantha Moore
Sarah Tymochko: Hopf Bifurcation Analysis using Zigzag Persistence
Sarah Tymochko: Hopf Bifurcation Analysis using Zigzag Persistence
SarahTymochko.pdfHopf Bifurcation Analysis using Zigzag Persistence
Hopf Bifurcation Analysis using Zigzag Persistence
Sarah Tymochko
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