sparse_poster_2010_edinburgh

sparse_poster_2010_edinburgh, "Sparse Grids for Anisotropic Problems", a talk to a workshop on Uncertainty Quantification, sponsored by the International Centre for Mathematical Sciences (ICMS) in Edinburgh, Scotland, on 28 May 2010.

• sparse_poster_2010_edinburgh.tex
• sparse_poster_2010_edinburgh.pdf

The following files constitute the LaTeX file used to create the poster:

• accuracy_product.png, suggests the precision of a product rule.
• accuracy_sparse.png, suggests the precision of a sparse rule.
• cc_level6.png, a precision plot for a 2D level 6 Clenshaw Curtis rule.
• cc_seqence.png, displays the sequence of 1D rules in a Clenshaw Curtis family.
• ccs_level6.png, a precision plot for a 2D level 6 slow growth Clenshaw Curtis rule.
• ccs_seqence.png, displays the sequence of 1D rules in a slow growth Clenshaw Curtis family.
• cgw_boxes_level5.png, indicates the product rules making a particular anisotropic sparse grid.
• cgw_level5_precision.png, the precision plot for a particular anisotropic sparse grid.
• combination_product.png, displays a family of product rules.
• combination_sparse.png, displays the product rules that are combined to form a particular sparse rule.
• ghxcc_level4.png, the level 4 sparse grid formed from a Gauss Hermite family in X and Clenshaw Curtis family in Y.
• grid_product.png, the grid points for a particular product rule.
• grid_sparse.png, the grid points for a particular sparse rule.
• hmcposter.csl, a class file used to make the poster.
• icam_logo.pdf, a logo for Virginia Tech's Interdisciplinary Center for Applied Mathematics.
• rosenbrock_l5.png, the grid points for a particular anisotropic sparse grid.
• vt_logo_invent.pdf, a logo.