YoVDO

Modeling Shapes and Fields - A Sheaf Theoretic Perspective

Offered By: Applied Algebraic Topology Network via YouTube

Tags

Homologies Courses Statistical Analysis Courses Sheaf Theory Courses Moduli Space Courses

Course Description

Overview

Explore the application of topological and lifted-topological transforms in modeling shapes and fields. Delve into the practical use of the Euler Characteristic Transform and the Lifted Euler Characteristic Transform for statistical analysis of shape and field data. Examine the Lifted Euler Characteristic as an alternative to the Euler calculus for real-valued functions. Discover a moduli space of shapes with a provided complexity metric. Investigate a sheaf theoretic construction of shape space that eliminates the need for diffeomorphisms or correspondence. Learn how this construction leads to the characterization of three-dimensional shapes using only 0-dimensional homology for meshes.

Syllabus

Sayan Mukherjee (8/29/21): Modeling shapes and fields: a sheaf theoretic perspective


Taught by

Applied Algebraic Topology Network

Related Courses

Making Up Our Minds
Models of Consciousness Conferences via YouTube
Sheaves as Computable and Stable Topological Invariants for Datasets
Applied Algebraic Topology Network via YouTube
Sheaf Based Modeling of Wireless Communications
Applied Algebraic Topology Network via YouTube
Exemplars of Sheaf Theory in TDA
Applied Algebraic Topology Network via YouTube
Filtered Ends and Bochner Hartogs Dichotomy on Complete Kahler Manifolds
IMSA via YouTube