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Mathematical Frameworks for Signal and Image Analysis - Diffusion Methods in Manifold and Fibre Bundle Learning

Offered By: Joint Mathematics Meetings via YouTube

Tags

Joint Mathematics Meetings Courses Image Analysis Courses Clustering Courses Signal Analysis Courses Spectral Decomposition Courses Manifold Learning Courses

Course Description

Overview

Explore the mathematical foundations of signal and image analysis in this 53-minute lecture by Ingrid Daubechies from Duke University. Delve into diffusion methods in manifold and fibre bundle learning as part of the AMS Colloquium Lectures at the Joint Mathematics Meetings 2020 in Denver. Discover key concepts such as diffusion distance, Procrustes distance, fiber bundles, and spectral decomposition. Examine applications in biological morphology, data acquisition, and clustering. Gain insights into local and biological representations, geometry, and the importance of interdisciplinary work in advancing mathematical frameworks for signal and image analysis.

Syllabus

Introduction
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Main Content
Diffusion Distance
Biological Morphologist
Students and postdocs
Data acquisition
Procrustes Distance
Fiber bundles
Spectral decomposition
Clustering
Geometry
Local Representation
Biological Representation
Interdisciplinary Work


Taught by

Joint Mathematics Meetings

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