Media Summary: ... to kind of establish remember the title of this course is Oh most certainly does not I mean in terms of length it's yeah it's sort of closer to like a Like so if I if I write something to something it's

Shape Analysis Spring 2023 Lecture - Detailed Analysis & Overview

... to kind of establish remember the title of this course is Oh most certainly does not I mean in terms of length it's yeah it's sort of closer to like a Like so if I if I write something to something it's Recording okay so let's get started with class for the day so we have a little bit of stuff left over from the previous Shape Analysis, spring 2023 (lecture 22): Shape correspondence ... that case we will get started with the technical content of six eight 410. um so today we're going to have a

Hello, everybody and welcome to the supplemental Absolutely that's why more than one is non-zero um yeah so let's uh if you recall from our last No it's Secret uh no so so uh yeah that's that's that's that's that's our next task in All right how are y'all good fantastic it's nice to see everybody uh welcome back to another

Photo Gallery

Shape Analysis, spring 2023 (lecture 1): Introduction
Shape Analysis, spring 2023 (lecture 7): Geodesic distances
Shape Analysis, spring 2023 (lecture 18): Vector field theory
Shape Analysis, spring 2023 (lecture 23): Consistent correspondence I (camera broke)
Shape Analysis, spring 2023 (lecture 6a): Data structures for meshes
Shape Analysis, spring 2023 (lecture 22): Shape correspondence
Shape Analysis, spring 2023 (lecture 2): Linear and Variational Problems
Shape Analysis (Lectures 14, extra content): A simple Laplacian on point clouds
Shape Analysis, spring 2023 (lecture 16): Laplacians on point clouds, ML applications
Shape Analysis, spring 2023 (lecture 3): Smooth curves
Shape analysis, lecture 1:  Introduction
Shape Analysis, spring 2023 (lecture 4): Discrete curves
View Detailed Profile
Shape Analysis, spring 2023 (lecture 1): Introduction

Shape Analysis, spring 2023 (lecture 1): Introduction

... to kind of establish remember the title of this course is

Shape Analysis, spring 2023 (lecture 7): Geodesic distances

Shape Analysis, spring 2023 (lecture 7): Geodesic distances

Oh most certainly does not I mean in terms of length it's yeah it's sort of closer to like a

Shape Analysis, spring 2023 (lecture 18): Vector field theory

Shape Analysis, spring 2023 (lecture 18): Vector field theory

Right so purely topological did you

Shape Analysis, spring 2023 (lecture 23): Consistent correspondence I (camera broke)

Shape Analysis, spring 2023 (lecture 23): Consistent correspondence I (camera broke)

Like so if I if I write something to something it's

Shape Analysis, spring 2023 (lecture 6a): Data structures for meshes

Shape Analysis, spring 2023 (lecture 6a): Data structures for meshes

Recording okay so let's get started with class for the day so we have a little bit of stuff left over from the previous

Shape Analysis, spring 2023 (lecture 22): Shape correspondence

Shape Analysis, spring 2023 (lecture 22): Shape correspondence

Shape Analysis, spring 2023 (lecture 22): Shape correspondence

Shape Analysis, spring 2023 (lecture 2): Linear and Variational Problems

Shape Analysis, spring 2023 (lecture 2): Linear and Variational Problems

... that case we will get started with the technical content of six eight 410. um so today we're going to have a

Shape Analysis (Lectures 14, extra content): A simple Laplacian on point clouds

Shape Analysis (Lectures 14, extra content): A simple Laplacian on point clouds

Hello, everybody and welcome to the supplemental

Shape Analysis, spring 2023 (lecture 16): Laplacians on point clouds, ML applications

Shape Analysis, spring 2023 (lecture 16): Laplacians on point clouds, ML applications

Absolutely that's why more than one is non-zero um yeah so let's uh if you recall from our last

Shape Analysis, spring 2023 (lecture 3): Smooth curves

Shape Analysis, spring 2023 (lecture 3): Smooth curves

No it's Secret uh no so so uh yeah that's that's that's that's that's our next task in

Shape analysis, lecture 1:  Introduction

Shape analysis, lecture 1: Introduction

Lecturer

Shape Analysis, spring 2023 (lecture 4): Discrete curves

Shape Analysis, spring 2023 (lecture 4): Discrete curves

Tangent is one and indeed at the end of

Shape Analysis, spring 2023 (lecture 10): Euclidean embedding

Shape Analysis, spring 2023 (lecture 10): Euclidean embedding

All right how are y'all good fantastic it's nice to see everybody uh welcome back to another