Scientific Computing Schedule

Under Construction!

Schedule:

  Num   Date   Topic
  1   Sept 11   Introduction and Course topics, Introduced Graph Laplacian, Effective Resistance, and Random Walks.
See: Dole and Snell:
Scribe: Sue Ann Hong
  2   Sept 13   Resistance, Energy and Rayleigh's Monotonicity Law. Random Walks the symmetric case.
  3   Sept 18   Laplacian of Graphs and some examples
  4   Sept 20   Eigenvalues of directed graphs and the Perron-Frobenius Theorem
See: Godsil and Royle:
  5   Sept 25   More on Perron-Frobenius
  6   Sept 27   Random Walks on Undirected Graphs: Mixing time Coupling and Eigenvalues
See: (1) Wikipedia: (2) Lovasz Survey: (3) Spielman Lecture 7:
  7   Oct 2  
  8   Oct 4   Solutions to Spring and Mass Systems and the Normalized Laplacian
  9   Oct 9   Computing Mixing Rates using coupling
  10   Oct 11   Cutting a graph evenly: Proof of Cheeger Inequality
Guattery's notes
  11   Oct 16  
No Class IMR Conference
  12   Oct 18  
No Class IMR Conference
  13   Oct 23   Cholesky decomposition, Gaussian elimination, and Nested Dissection
See: (1) Gilbert and Tarjan (2) Survey
  14   Oct 25   Nested Dissection continued
  15   Oct 30   Minimum Degree heuristic and Fractals
  16   Nov 1   Iterative Methods Richardson's method and rates of convergence
See: (1) Yousef Saad's Book
  17   Nov 6   Polynomial acceleration and Chebyshev polynomials
  18   Nov 8   Steepest descent and Conjugate Gradient
See: (1) Hageman and Young (2) Trefethen and Bau
  19   Nov 13   Introduction to Preconditioned Conjugate Gradient
See: (1) Bern, Gilbert, Hendrickson, Nguyen and Toledo
  20   Nov 15   No Class Out of Town
  21   Nov 20  
    Nov 22   Thanksgiving
  22   Nov 27  
  23   Nov 29  
  24   Dec 4  
  25   Dec 6  

Gary Miller
Last modified: Tue Oct 11 10:19:44 EDT 2005