Eikonal Rendering
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Matematisa institutionen, UU
FMB
Schemasökning, UU
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Lecture notes and materials
Week I
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2008-09-23:
Introduction. 1st order PDE. Characteristics.
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2008-09-24:
Eikonal equation. Burger's equation. Weak solutions.
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2008-09-25:
Hamilton-Jacobi equation. Hopf-Lax formula.
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2008-09-26:
Distributions and weak derivatives
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2008-09-26:
Exercises, part I
Week II
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2008-10-07:
Sobolev spaces: basic definitions
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2008-10-08:
Elementary elliptic equations and existence of weak solutions
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2008-10-09:
Sobolev inequalities and embedding theorems
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2008-10-10:
Maximum principles
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2008-10-10:
Exercises, part II
Week III
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2008-10-22:
Inner regularity for elliptic PDE (an updated version)
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2008-10-23:
Elliptic equations: some classical applications
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2008-10-24:
Conservations laws: systems and admissibility conditions
Here is some useful links to subjects I talked about on lectures (optional)
Convexity and beyond
Convex Optimization
Boyd and Vandenberghe
... - Sobolev - Topology - Knots - Geometry - ...
Some general remarks on topological connections, see, for instance Hodge decomposition in
Wiki on de Rham cohomology
S. Donaldson's surveys on four-dimensional topology
Mathematical uses of gauge theory
and
Yang-Mills theory and geometry
see also
Mobius energy of knots and unknots
and
Divergence-free fields: energy and asymptotic crossing number
by M. H. Freedman and Zh. He
Non-commutative geometry
and Alian Connes book
(see also
Noncommutative Geometry for Pedestrians by J. Madore)
Differential Equations. Function Spaces. Approximation Theory
dedicated to the 100th anniversary of the birthday of Sergei L. Sobolev
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