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Searching Results for ND6.15-26.09:
"Topology & systems: The future", Robert Ghrist  (University of Pennsylvania)
"Applied Topology: motivations from data" point-set topology intro motivations from data, statistics, biology, etc., Gunnar Carlsson  (Stanford University)
"Applied Topology: motivations from systems" euler characteristic intro motivations from networks, sensors, robotics, etc., Robert Ghrist  (University of Pennsylvania)
"Homology 1" intro to homology simplicial, cellular, cech, & more: simple applications, Gunnar Carlsson  (Stanford University)
"Homology 2" morse, morse-conley, hodge & more: simple applications, Robert Ghrist  (University of Pennsylvania)
The role of information in pursuit evasion: Graph theoretic models, Volkan Isler  (University of Minnesota)
"Computing Homology 1: theory" intro to exact sequences, Robert Ghrist  (University of Pennsylvania)
"Computing Homology 2: practice" intro to algorithms/software; plex, Gunnar Carlsson  (Stanford University)
Introduction to Jplex, Henry H. Adams  (Stanford University)
"Spaces 1: complexes" cech, v-rips, witnesses, alpha, etc. & uses in data, Gunnar Carlsson  (Stanford University)
Sensor networks and coverage, Robert Ghrist  (University of Pennsylvania)
Gait states for a torus and a disk: "How to talk with robots", Fred Cohen  (University of Rochester)
"Visualizing Data via Homology" image statistics data, range patches, neuroscience, Gunnar Carlsson  (Stanford University)
"Network coverage via homology" coverage in sensor networks, Robert Ghrist  (University of Pennsylvania)
Naive counting with sensors, Fred Cohen  (University of Rochester)
"Sheaves and Euler integration" euler integration and target enumeration, Robert Ghrist  (University of Pennsylvania)
"Topological Signal Processing" target localization; integral transforms and euler calculus, Robert Ghrist  (University of Pennsylvania)
Topological data analysis: Understanding optical flow, Henry H. Adams  (Stanford University)
"Persistence and Point Clouds" Functoriality, diagrams, difficulties in classifying diagrams, multidimensional persistence, Gröbner bases, Gunnar Carlsson  (Stanford University)
"Zig-Zags and Statistics" Bootstrap method, zig-zag persistence, other applications of zig-zag persistence, Gunnar Carlsson  (Stanford University)
Verified Homology of Nodal Domains, William D. Kalies  (Florida Atlantic University)
"Imaging Data Sets" Linear regression, projection pursuit, multidimensional scaling as methods of imaging data sets, Gunnar Carlsson  (Stanford University)
"Unimodal Decompositions" lyusternik-schnirelman category; unimodal category and mode-decomposition in statistics; applications to coordinate-free data, Robert Ghrist  (University of Pennsylvania)
Computational Conley theory, William D. Kalies  (Florida Atlantic University)
"Mapper for mapping" mapper as an imager. Importance of mapping. Applications of homology to mapping, Gunnar Carlsson  (Stanford University)
"Consensus and distributed computation" not so sure about this one..., Robert Ghrist  (University of Pennsylvania)
Introduction to homotopy limits and colimits, Gunnar Carlsson  (University of Pennsylvania)
"Topology & data: The future", Gunnar Carlsson  (Stanford University)
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