Главная
Study mode:
on
1
Intro
2
Methodology
3
Transformer Examples
4
Dimension Reduction
5
Sliding Windows (Delay Reconstruction) Jose Perea
6
Community Accepted Features Chris Traile
7
Extractors
8
Binning
9
Syzygy Coordinates
10
Machine Learning with Persistence Example 1: Classification from Local Information
11
Multi-Scale Local PCA
12
Multi-Scale Local Shape Analysis
13
Machine Learning with Persistence Example 2: Topological Tracker
14
Machine Learning on Diagrams
15
Persistence Features
16
Comparison of Feature Selections
17
Sorting and Grabbing
Description:
Explore topological data analysis and machine learning in this one-hour lecture by John Harer. Delve into key concepts including methodology, transformer examples, dimension reduction, and sliding windows. Learn about community-accepted features, extractors, binning, and syzygy coordinates. Examine machine learning with persistence through classification from local information and topological trackers. Investigate multi-scale local PCA and shape analysis techniques. Compare feature selections and discover methods for sorting and grabbing data. Gain insights into the intersection of topology and machine learning, enhancing your understanding of advanced data analysis techniques.

John Harer - Topological Data Analysis and Machine Learning

Applied Algebraic Topology Network
Add to list
0:00 / 0:00