Reference Summary: Errata: At approximately 24:37, I say "dot product" but should have said "cross product."

Shape Analysis Spring 2019 Lecture 2 Linear And Variational Problems -

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  • Errata: At approximately 24:37, I say "dot product" but should have said "cross product."

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Shape analysis (spring 2019), Lecture 2: Linear and variational problems

Read more details and related context about Shape analysis (spring 2019), Lecture 2: Linear and variational problems.

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Shape Analysis (Lecture 2): Linear and variational problems

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Shape analysis (spring 2019), Lecture 1: Introduction

Shape analysis (spring 2019), Lecture 1: Introduction

Read more details and related context about Shape analysis (spring 2019), Lecture 1: Introduction.

Shape analysis (spring 2019), Lecture 3: Variational derivatives, curves and arc length

Shape analysis (spring 2019), Lecture 3: Variational derivatives, curves and arc length

Read more details and related context about Shape analysis (spring 2019), Lecture 3: Variational derivatives, curves and arc length.

Shape Analysis (Lecture 6, extra content): First variation of surface area, mean curvature normal

Shape Analysis (Lecture 6, extra content): First variation of surface area, mean curvature normal

Errata: At approximately 24:37, I say "dot product" but should have said "cross product."

Shape analysis (spring 2019), Lecture 7: Interpreting surface curvature

Shape analysis (spring 2019), Lecture 7: Interpreting surface curvature

Read more details and related context about Shape analysis (spring 2019), Lecture 7: Interpreting surface curvature.

Shape Analysis (Lecture 6): Second fundamental form and surface curvature

Shape Analysis (Lecture 6): Second fundamental form and surface curvature

Read more details and related context about Shape Analysis (Lecture 6): Second fundamental form and surface curvature.

Shape Analysis (Lecture 2, extra content): Gentler variational (Gateaux) derivatives, cubic splines

Shape Analysis (Lecture 2, extra content): Gentler variational (Gateaux) derivatives, cubic splines

Read more details and related context about Shape Analysis (Lecture 2, extra content): Gentler variational (Gateaux) derivatives, cubic splines.

Shape analysis, lecture 2:  Numerical tools for geometry

Shape analysis, lecture 2: Numerical tools for geometry

Read more details and related context about Shape analysis, lecture 2: Numerical tools for geometry.